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LESSON 2

MECHANIZED BATTALION TASK FORCE RESOURCES AND OPERATIONAL SYSTEMS

 

OVERVIEW

LESSON DESCRIPTION:

In this lesson, you will learn to identify and select the resources that are either organic, attached, or in support of a mechanized battalion/task force, in terms of the seven operational systems.

TERMINAL LEARNING OBJECTIVE:

ACTION: Identify and select the resources that are either organic, attached, or in support of a mechanized battalion/task force, in terms of the seven operational systems.
CONDITION: You will have access to information in lesson 2.
STANDARD: Identifying and selecting the resources that are either organic, attached, or in support of a mechanized battalion/task force, in terms of the seven operational systems.
REFERENCE: The material contained in this lesson was derived from the following publication: FM 71-2.

 

INTRODUCTION

This lesson provides you with instruction as to how to identify and select the resources that are organic, attached, or in support of a mechanized battalion/task force, in terms of seven battlefield operating systems. These resources enable the mechanized battalion/task force to accomplish a great variety of combat and combat-related missions which, otherwise, they could accomplish only with great difficulty or not at all.

 

PART A - ORGANIC, ATTACHED, AND SUPPORTING RESOURCES
OF THE MECHANIZED BATTALION/TASK FORCE

1.     Mission.

The missions of mechanized infantry and tank battalions in their pure configuration are—

  • The mission of the mechanized infantry battalion is to close with the enemy by means of fire and maneuver in order to destroy or capture him, or to repel his assault by fire, close combat, and counterattack.
  • The mission of the tank battalion is to close with and destroy enemy forces using fire, maneuver, and shock effect, or to repel his assault by fire and counterattack.

Battalion task forces accomplish missions and tasks as part of a brigade's operation. Occasionally, task forces conduct operations directly under a division's or an armored cavalry regiment's control, such as when participating in the higher headquarters covering force, acting as a reserve, or forming a tactical combat force in rear area operations.

2.     Capabilities.

The capability of the tank and mechanized infantry battalions is increased through task organization. Based on his estimate of the situation, the brigade commander task-organizes tank and mechanized infantry battalions by cross-attaching companies between these units. As a rule, cross-attachment is done at battalion, because battalion has the necessary command and control and support capabilities to employ combined arms formations. The brigade commander determines the mix of companies in a task force. Similarly, the task force commander's estimate may require cross-attaching platoons to form one or more company teams for specific missions.

Tank and mechanized infantry battalion task forces apply their mobility, fire power, and shock effect to—

  • Conduct sustained combat operations in all environments.
  • Accomplish rapid movement and limited penetrations.
  • Exploit success and pursue a defeated enemy as part of a larger formation.
  • Conduct security operations (advance, flank, or rear guard) for a larger force.
  • Conduct defensive, retrograde, or other operations over assigned areas.
  • Conduct offensive operations.

3.     Limitations.

Because of the high density of tracked vehicles, the battalion has the following limitations:

  • Mobility and fire power are restricted by urban areas, dense jungles and forests, very steep and rugged terrain, and significant water obstacles.
  • Strategic mobility is limited by substantial quantities of heavy equipment.
  • Consumption of supply items is high, especially Classes III, V, and IX.

Battalions are task-organized according to mission and are routinely augmented to improve engineer, fire support, air defense, intelligence, and CSS capabilities.

4.     Organization and Functions of a Mechanized Infantry/Task Force.

A tank or mechanized infantry battalion consists of pure companies under the command of a battalion headquarters. It participates in brigade or division operations.

a.     Battalion Commander. The fighting characteristics of a battalion are a reflection of the character of the battalion commander. Bold and tenacious battalion commanders have bold and tenacious battalions. If a commander is tactically skillful and innovative, history supports that most of his battalion's missions will be successful and his battalion will suffer minimum casualties. Battalion commanders who possess the technical, tactical, and leadership skills, and teams out of individual soldiers and units, win—even if outnumbered. Battalion commanders who are also competent and courageous can successfully lead soldiers on the dynamic, lethal, and chaotic modern battlefield.

Because the battalion task force commander must organize his task force based on the mission, enemy, terrain and weather, troops and time available (METT-T), he must have an understanding of all of the tools at his disposal. Then, he must effectively combine these tools for each tactical situation. The commander achieves maximum effectiveness from the battalion task force by being aware of all of his assets and knowing how to employ them.

b.     Subordinate Commanders. The company team commanders and special-purpose platoon leaders directly influence the battle by employing their fire and maneuver elements in a way that accomplishes the mission. They are the commander's principal assistants for fighting the battle. They must understand the commander's concept and know the capabilities and employment techniques of their combat assets as well as the combat support assets provided to them by the task force commander.

c.     Battalion Staff. The battalion is the lowest tactical echelon with a staff. Small but essential, they assist the commander in doing all those things necessary to coordinate the battle and to ensure adequate combat and combat service support to allow for continuous operations. The commander is then free to fight the battle. Supply, maintenance, communications, administration, and reporting are all supervised by the staff. The staff normally conducts much of its business in accordance with SOPS. The staff ensures continuous support to the company teams to allow them to fight the battle.

d.     Scout Platoon. The battalion scout platoon performs reconnaissance, provides limited security, and assists in controlling movement of the battalion task force. The platoon is not organized or equipped to conduct independent offensive, defensive, or retrograde operations. It operates as part of the battalion and should be assigned missions that capitalize on its reconnaissance capabilities. The scout platoon is one of the commander's primary sources of combat intelligence before the battle and is his eyes and ears during the battle.

e.     Mortar Platoon. Mortars are organic to the battalion. They are high-angle, relatively short-range, area fire weapons, well suited for providing close indirect-fire support to maneuver

f.     Communication Platoon. The battalion communications platoon is responsible for establishing and operating the battalion radio and wire communications systems. In addition, the platoon provides couriers to supplement the battalion liaison officers.

g.     Support Platoon. The support platoon provides organic transportation, as well as Class I, Class III, and Class V resupply to the battalion. It is composed of a platoon headquarters, ammunition section, POL section, transportation section, and mess section. The platoon provides the majority of the battalion's combat service support.

h.     Medical Platoon. The battalion medical platoon is responsible for providing treatment and evacuation of casualties.

i.     Maintenance Platoon. The battalion maintenance platoon is structured to maintain, evacuate, and repair the vehicles in the battalion. It is organized into a platoon headquarters, an inspection and quality control section, a maintenance administrative section, a recovery support section, a maintenance/services section, and company maintenance teams.

j.     Combat Support. In addition to the organic mortars, the task force commander receives additional fire support from divisional and nondivisional units. The commander must integrate and synchronize his supporting fire support elements to suppress and destroy the enemy in support of the maneuver plan. Synchronization also requires close coordination with adjacent units and Army aviation assets. Combat support assets normally available to the battalion task force are—

  • Cannon field artillery.
  • Close air support.
  • Air defense artillery.
  • Engineers.
  • Military intelligence.

(1)     Cannon Field Artillery. Refer to Lesson 2, subparagraph 2c(2)(b), for information concerning cannon field artillery.

(2)     Naval Gunfire. When operating near a coastline with gunfire support ships within range, naval gunfire can be an effective fire support means.

US Army units have only a limited organic capability to control naval air or naval gunfire. This capability is normally provided to a division by the US Marine Corps in the form of an air naval gunfire liaison company (ANGLICO). There are two organizations within the ANGLICO. Depending on which organization is available, the battalion task force receives either a shore fire control party (SFCP) or a battalion supporting arms liaison team (SALT) and firepower control teams (FCT). These ANGLICO elements have the mission to request, coordinate, and control naval air and naval gunfire.

(3)     Close Air Support. Tactical air support is provided by a tactical air control party (TACP), control of tactical air strikes, close air support (CAS) and requests for CAS, a forward air controller (FAC) and a fire support officer (FSO), and the use of airspace coordination areas (ACAs).

(a)     Tactical Air Control Party. A TACP operates with the task force to advise the commander and his staff on integration of close air support with ground operations and to coordinate and direct close air strikes. The TACP consists of a FAC and two tactical aircraft command and control specialists. Normally, the FAC operates with the command group in a tracked vehicle provided by the task force.

(b)     Control of Tactical Air Strikes. Tactical air strikes are normally controlled by forward air controllers. The FAC is a fighter pilot who is familiar with the ground tactical situation and is trained to control strikes. In an emergency, when a FAC is not available, an artillery fire support team or the leader on the scene can perform the FAC function. The basic requirement is to locate and describe the target and friendly position for the fighter pilot. This information may be relayed to the pilot, using any means available. Normally, the fighter aircraft employs only UHF radio equipment for voice communication. The ground commander can use FM to contact aerial FACs, ALOs, and Army aircraft, all of whom have a UHF relay capability.

(c)     Close Air Support Missions. CAS missions may be either preplanned or immediate. Preplanned missions are requested a day ahead through S3 Air channels. Preplanned missions allow detailed coordination and integration of maneuver, CAS, and other combat support elements into the tactical plan. They also allow ordnance loads to be tailored precisely to the enemy forces to be attacked. At task force level, preplanned CAS missions are usually planned in support of deliberate attacks because times on targets are fixed. Preplanned missions do have a measure of flexibility in that the location of the strike can be adjusted by the TACP after the aircraft arrive.

(d)     Request for Close Air Support. Requests for planned CAS missions are developed and listed in priority order during the planning phase. The FSO, S2, and ALO determine the suitability of the target for air attack and consider potential airspace conflict. CAS requests are then forwarded to brigade. The brigade informs the battalion of the missions that were approved, and the fire support plan is adjusted.

Immediate missions are most frequently used by the task force. Immediate requests are filled by aircraft on ground alert or by diverting aircraft from other missions. Requests for immediate CAS go directly from the task force FAC through Air Force channels and are processed unless intermediate monitoring headquarters disapprove the request within five minutes. Immediate missions normally take at least 30 minutes to arrive on station.

(e)     FAC and FSO Roles. The FAC must position himself to control the friendly aircraft. He notifies the task force commander that friendly aircraft are inbound. This warning is retransmitted to the task force to prevent mistaken engagement of friendly aircraft during the strike. He gives the aircraft personnel a briefing on the friendly and enemy situation. Positive identification of friendly forces must be made before the strike. This may require marking actions by forward elements (for example, colored smoke grenades) or marking of the target area by artillery, and mortars.

The FAC and FSO coordinate airspace coordination areas (ACAS) with brigade and the task force's senior air defense representative. ACAs are normally developed and coordinated by brigades with recommendations from the task force. ACAs are either two-dimensional (informal) or three-dimensional blocks of airspace whose purpose is to give friendly aircraft the airspace needed to enter, attack enemy targets, and exit. Friendly indirect fire weapons are not allowed to fire into ACAs. The size of ACAs is a function of the type of aircraft, terrain, and CAS tactics required. ACAs are selected to allow both effective CAS tactics and minimum restriction of indirect fires. ACAs must follow prominent terrain to allow identification by pilots and have sufficient room for aircraft maneuver. A planning figure for ACA width that permits aircraft to employ proper attack tactics is five to six kilometers. Ingress and egress corridors can be as narrow as one kilometer and are usually keyed to prominent terrain features such as ridgelines, valleys, or roads.

(f)     Airspace Coordination Areas. Insofar as possible, ACAs are coordinated to decrease a friendly aircraft's vulnerability. In addition, engagement priorities for direct fire weapons are given to destruction of enemy ADA weapons when CAS is being used.

Because of the difficulty in coordinating optimum ACAS, timing ACAs is important. They should be implemented just before arrival of aircraft and be canceled immediately as the aircraft leave.

k.     Tactical Air Support. Tactical air support provided by the USAF consists of offensive air support (OAS), counterair, air interdiction, and tactical airlift (Figure 2-1).

(1)     Offensive Air Support. OAS is the element of tactical air support normally conducted in support of ground operations. It consists of tactical air reconnaissance, battlefield air interdiction, and close air support.

(2)     Tactical Air Reconnaissance. Tactical air reconnaissance is the acquisition of intelligence information using visual observation and/or sensors in aircraft.

Figure 2-1. Tactical air support

(3)     Battlefield Air Interdiction. Battlefield air interdiction is air action against enemy forces and resources that are in a position to directly affect friendly forces.

(4)     Close Air Support. CAS is air action against targets close to friendly forces. Each mission must be carefully controlled and requires detailed integration with the fire and movement of those forces. This is the role in which USAF aircraft normally support the task force. CAS provides a variety of ordnance and high payloads. The payload of a single A-10 is the equivalent of firing five to seven volleys from a 24 tube, 155-mm howitzer artillery battalion.

(5)     Aircraft in Support of Ground Forces Considerations. The use of aircraft to support ground forces is subject to the following planning considerations.

  • Air support is not available at all times. Even when planned, it may be diverted to a higher priority mission (immediate).
  • Immediate requests may restrict indirect fires and comes with whatever ordnance has already been loaded—not necessarily the optimum weapon for a particular target.
  • Air support may be limited by weather and enemy air defense systems.
  • Different support aircraft have varying capabilities to remain on station (loiter time).
  • Target identification is difficult, so marking of enemy and friendly locations is required when in close contact.
  • As long as the enemy has an effective air force, the emphasis is on counterair. As the battle progresses and the enemy's air capability is reduced, the emphasis shifts to CAS or other OAS.

l.     Air Defense Artillery. An effective system for the dissemination of timely early warning greatly enhances the effectiveness of both active and passive air defense measures.

(1)     Passive and Active Air Defense. This subparagraph discusses passive and active air defense measures.

(a)     Passive Measures. Passive air defense measures consist of all the measures taken to preclude the enemy from locating the unit. Target detection and acquisition from highperformance aircraft is difficult. In most cases, enemy pilots must be able to see and identify a target in order to attack. The task force should follow certain guidelines.

  • When stopped, occupy positions that offer natural cover and concealment, dig in, and camouflage vehicles that are exposed. When moving, travel by covered and concealed routes.
  • Disperse vehicles as much as possible, to make detection and attack difficult.
  • Wipe out track marks that lead to a position.
  • If moving when an enemy aircraft attacks, disperse and seek cover and concealment.
  • Do not fire on a hostile fixed-wing aircraft unless it has identified a friendly vehicle or location. Premature engagement compromises friendly locations.
  • Require air guards in each section or in each position.
  • Establish an air warning system in the SOP. Include both visual and audible signals.

(b)     Active Measures. Air defense for the task force is provided by its organic individual and crew-served weapons, and by nonorganic supporting air defense artillery units. The firepower of the task force's machine guns, 25-mm guns, and small arms massed against an attacking aircraft is a formidable air defense system. TOWs and tank main guns can also be up against slow moving helicopters.

(2)     Relationship and Missions. The brigade commander may retain all available ADA under his control, or assign a portion of the ADA to the task force with a support relationship such as DS or attached. Normal task force organization may include a section of Stingers and a platoon of air defense gun systems.

The senior air defense officer functions as a special staff officer during the planning process. He provides his estimate and recommendations to the task force commander. ADA elements with a GS mission may, in many instances, provide incidental coverage over the task force area, and should be considered in the planning process.

To properly employ air defense assets, the commander must—

  • Assign tactical missions to the ADA element.
  • Establish priorities for air defense. For example, main effort, choke points, axes.

The ADA unit leader positions his weapons as necessary to support the task force. The task force provides CSS to the attached ADA elements and coordinates with the ADA headquarters for the additional CSS equipment and personnel required for the ADA attached element.

(3)     Systems and Characteristics. This paragraph contains an overview of air defense weapons systems most often placed in support of the task force.

(a)     Stinger. The Stinger man-portable air defense system (MANPADS) is used to counter high-performance, low-level ground attack aircraft, helicopters, and observation and transport aircraft. A Stinger section includes a headquarters element with a section chief and a driver and three to five Stinger crews. Each two-man Stinger crew has an M998 with six infrared homing (heat-seeking) Stinger weapons in the basic load. The range of the Stinger is in excess of 4,000 meters.

(b)     Vulcan. The Vulcan system is used for forward area air defense against low altitude aircraft. Because its aerial range is only 1,200 meters, it is normally employed in conjunction with the Stinger. Each Vulcan carries a four-man crew and two Stingers. The Vulcan's maximum rate of fire is 3,000 rounds per minute, but it only carries 1,100 rounds in the weapons and 1,000 rounds ready to load. Ammunition resupply for the four-squad Vulcan platoon is provided by a five-ton cargo truck or M548. The platoon also has an M113 and M998.

m.     Weapons Control. Weapons control is provided through the use of rules of engagement, degrees of control, and weapons control status.

(1)     Rules of Engagement. Air defense rules of engagement are directives that specify the circumstances under which an aircraft can be engaged. Weapons control status is established by higher headquarters. Stinger crew leaders and Vulcan squad leaders are responsible for deciding whether an aircraft is hostile or friendly.

(2)     Degrees of Control. Weapons control status describes the relative degree of control exercised over air defense weapons:

  • Weapons Free. You may fire at any aircraft not positively identified as friendly (least restrictive).
  • Weapons Tight. You may fire only at aircraft positively identified as hostile.
  • Weapons Hold. Do not fire except in self-defense or in response to a formal order (most restrictive).

(3)     Weapons Control Status. Weapons control status is disseminated by the airspace management elements at division and corps. The task force commander has the authority to impose a more strict weapons control status than that dictated by higher headquarters. However, he may not go to a less restrictive status.

n.     Early Warning System Standing Operating Procedure (SOP). The early warning system for the division is standardized throughout the division and should be published in the task force (TF) SOP.

(1)     Standard Air Defense Warnings. Standard air defense warnings (alert postures) are:

(a)     Red. Red indicates that attack by aircraft or missiles is imminent or in progress.

(b)     Yellow. Yellow means that attack by aircraft or missiles is probable.

(c)     White. White indicates that attack by aircraft or missiles is improbable.

(2)     Employment. When ADA elements are in direct support or attached to the TF, they assist in early warning since they monitor the division early warning net. The senior air defense officer or NCO enters the TF command net to pass early warning information.

Early warning for the task force may also be obtained over the brigade command and O&I nets. The air defense liaison officer at the brigade TOC monitors the division early warning net and relays information and early warning of enemy air activity in the brigade area.

(3)     Initiation. Early warning is immediately broadcast to task force subordinate elements by the main CP on the task force command net. It should include warning and direction of attack. The warning may be a simple statement or codeword to indicate an air attack. The direction of attack may be given as a cardinal direction, as a quadrant, or by using a clock system. Example: "Dynamite (the unit's codeword for air attack), ten o'clock."

(4)     Actions Upon Initiation. Early warning is also initiated by persons within the task force. The first person who observes a hostile aircraft must initiate the early warning by passing it over the TF command net. The warning must be passed in turn to higher and lower nets. Once the alert is terminated, that information is passed. If friendly aircraft are in the area, that information should also be passed.

o.     Employment Considerations of ADA. This subparagraph discusses the considerations to make in employing ADA.

(1)     Determination of Avenues of Enemy Approach. Determination of air avenues of approach is accomplished by the joint efforts of the S2, AD officer, and ALO and disseminated to subordinates.

(2)     Characteristics of Avenues of Approach. Primary characteristics of air avenues are:

  • Rotary and fixed-wing aircraft use terrain mask to avoid ADA fires and radar detection.
  • Overflight of friendly positions is avoided.
  • Major terrain features are used to assist in navigation.

(3)     Threat Attack Helicopters. Threat attack helicopters with stand-off ATGM capabilities are employed in pairs. Synchronized with ground elements, they can be expected to attempt flanking attacks using concealed routes to concealed firing positions. The mobility of the attack helicopter threat increases the need for all-round security, passive air defense measures, and forward positioning of air defense weapons.

(4)     Threat CAS. Threat CAS capability includes smart munitions and other advanced ordnance loads. The threat's primary use of CAS is against positions in depth, such as when the task force is in reserve. In such roles, the use of passive measures is of critical importance.

(5)     ADA Support Priorities. The task force's employment of ADA support is based on the commander's air defense priorities. These are developed with the assistance of the ADA officer. These priorities change during the course of an operation. At task force level, priorities are based upon an analysis of criticality to mission accomplishment, vulnerability, and threat. ADA elements supporting the task force can be kept under the centralized control of the platoon leader or attached to company teams.

(a)     Use of Centralized Control. Whenever possible, centralized control is favored because it allows a better coordination of ADA support.

(b)     Attachment of Stingers. Attaching Stingers is appropriate in mobile operations to get Stinger coverage well forward and allow the Stinger gunners to move under armor protection. In a situation where there is a considerable threat from artillery, decentralized Stinger employment should be considered. A technique is to have the stinger gunner ride on the tank company's fire support vehicle (FSV) or on the mechanized infantry company's FSV or XO's vehicle.

When employed under centralized control, the normal mission given to ADA elements is general support to the task force with priorities to a unit or tasks. ADA elements may protect critical areas as well as units. Examples are withdrawal and counterattack routes in the defense or choke points in the attack. When the area of operation is small or the task force rate of movement is sufficiently slow, the ADA element may provide area coverage for the entire task force. When given the mission of providing such support, the ADA leader and the S3 coordinate the positioning of ADA elements with forward company teams or flank guards.

Based on the commander's priorities, the AD leader attempts to satisfy as many of the following employment guidelines as possible—

  • Balanced fires.
  • Weighted coverage against the most likely approach.
  • Early engagement.
  • Defense in depth.
  • Mutual support.
  • Overlapping fires.

(6)     Support of Dismounted Infantry. Infiltrating dismounted infantry is especially vulnerable to attack helicopters if discovered in open terrain. Dismounted Stinger gunners should accompany dismounted infantry elements when vulnerability and criticality point to such employment.

(7)     Resupply. ADA Class V immediate resupply should be carried in the task force combat trains. This can be on trucks provided from the ADA parent unit or on task force trucks.

(8)     Fires Provided. Vulcans can provide excellent suppressive and anti-infantry fires. The ground range of the Vulcan is 2,200 meters (direct fire) to 4,500 meters (indirect fire). However, their use in such roles must be weighed against the degradation of their primary mission. Limited basic loads normally restrict such use to critical situations.

p.     Engineers. The brigade commander normally allocates at least an engineer platoon to the task force and augments it with additional assets depending on the task force mission. Engineers are a combat multiplier. They provide skills and equipment necessary to assist the task force in accomplishing mobility, countermobility, and survivability tasks.

(1)     Mobility. Mobility support seeks to improve movement of maneuver forces and critical supplies by reducing or eliminating obstacles, breaching minefields, and improving routes for maneuver and supply.

(2)     Countermobility. Countermobility support involves obstacle construction to delay, canalize, disrupt, or kill the enemy. It also increases target acquisition time and, therefore, the effectiveness of direct and indirect fire weapons systems.

(3)     Survivability. Survivability support refers to the construction of vehicle fighting positions and dismounted fighting positions with overhead protection to reduce the effectiveness of enemy weapons.

(4)     Engineer Role. Combat engineers are primarily used for hand-emplacing and breaching obstacles, and augmenting the TF reconnaissance effort.

(5)     Key Equipment Used. Certain key equipment is employed by the combat engineers.

  • The engineer platoon has organic mine detectors, demolition kits, carpenter and pioneer tool kits, and one five-ton dump truck. The platoon also has two M9 armored combat earthmovers (ACES) with bulldozing capability and the mine clearing line charge (MICLIC). MICLIC is a trailer-mounted, rocket-projected explosive line charge which is towed within 50 feet of a minefield to clear a lane five to eight meters wide and 100 meters long.
  • Additional engineer equipment that can be requested from the engineer company includes:

    -     Small Emplacement Excavator (SEE). The SEE has a backhoe, bucket loader, and other attachments such as a handheld hydraulic rock drill, chain saw, and pavement breaker.
    -     Armored Vehicle-Launched Bridge (AVLB). The AVLB is a tank chassis modified to transport, launch, and retrieve a 60-foot span, Class 60 bridge. The bridge is capable of carrying military load classification (MLC) 60 track loads across a 17-meter gap and MLC 70 track loads across a 15-meter gap.

  • Combat Engineer Vehicle (CEV). The CEV is a basic M60A1 tank with a hydraulically operated dozer blade, a 165-mm turret-mounted demolition gun, a retractable boom, and a winch. The gun provides direct fire support that can be used in obstacle reduction or against bunkers or buildings.
  • Ground-Emplaced Mine-Scattering System (GEMSS). The GEMSS is trailer-mounted. Its 800 on-board mines have a built-in self-destruct capability. The antitank mine has a magnetic influence fuze. The antitank mine is activated by tripwires. For most antitank minefields, three 60-meter-wide belts separated by 50 to 100 meters of unmined area are emplaced. A well-trained crew can emplace a 1,000-meter minefield in one hour.

q.     Employment Considerations. Engineer assets may be controlled by the task force under the senior supporting engineer or may be attached to subordinate companies.

(1)     Operational Control. Even when under task force control, the senior supporting engineer must coordinate the execution of engineer tasks, as well as movement and positioning of engineer elements with the company team in whose area they are employed.

(2)     Support of Mobile Operations. During mobile operations, the platoon is employed under task force control and positioned to be able to move quickly to likely obstacles. When accomplishing breaching operations in enemy contact, engineers are attached to the company team designated breaching force for the duration of that mission. Engineers may be assigned to scouts or reconnaissance patrols to assist in terrain and obstacle reconnaissance.

(3)     Support of Task Force. While the engineers provide support to the task force, it provides support to the engineers. This support is in the form of security for engineer work parties, additional manpower, and CSS. The task force engineer with the S4 must develop and coordinate a plan with the supporting engineer's parent organization that ensures the supply of Class III, IV, V, and IX to support both engineer support elements and the supplies needed to accomplish engineer tasks. Some engineer equipment, such as bulldozers, receives high maintenance priority in the defense. Engineer elements frequently shift from supporting one company to another. Companies are given priority of equipment use for a specified period or for the construction of a specified number of fighting positions. The gaining company is responsible for locating the operator and guiding him to the new location.

(4)     Offense. In the offense, engineers assist the task force's maneuver over existing terrain and obstacles. The engineers assist in—

  • Crossing gaps.
  • Bridging rivers.
  • Breaching or constructing bypasses around minefields, fortified positions, and other. obstacles.
  • Emplacing minefields on exposed flanks.
  • Preparing positions for overwatch.
  • Constructing and maintaining combat roads and trailers.

(5)     Defense. The engineer role in the defense is to use the terrain to enhance the mobility and survivability of the task force while simultaneously impairing the mobility of the enemy. These actions allow the task force to shape the battlefield to better target the enemy and to employ its forces to fight and defeat a numerically larger force. In the defense, engineers are a critical asset. The commander must decide whether engineers are to build obstacles, prepare protective positions, or cut routes between battle positions. It is essential that tasks for special equipment such as bulldozers and bucketloaders be prioritized. Engineers must begin their work for the task force as soon as the defensive mission is received.

r.     Military Intelligence. In order for the task force commander to make the most efficient use of his combat power, he must have information concerning enemy dispositions and probable courses of action. The primary means to obtain information in the task force area are subordinate maneuver companies, patrols, scouts, OPs, and FISTs. The task force S2 is responsible for coordination, information collection, and dissemination by planning use of task force reconnaissance and surveillance (R&S) resources. To fill the commander's intelligence requirements, he also requests support from higher headquarters:

  • Human intelligence [HUMINT].
  • Signal intelligence [SIGINT], including electronic intelligence [ELINT].
  • Overhead photography.

Additionally, immediate requests for air coverage (Army and/or Air Force) may be requested via S3 Air's or TACP's communications channels. Other timely sources of intelligence information include forward and adjacent ground maneuver and aviation units and the artillery nets monitored by the FSE.

s.     Interrogation Team. Interrogation teams are normally GS to the division, or DS to the brigade. If an interrogation team is placed in direct support of a task force for a specific mission and time, the commander positions it near the prisoner of war (PW) collection point in the combat trains.

t.     Ground Surveillance Radar (GSR). This subparagraph discusses the capabilities, operational control, advantages and disadvantages, employment, and missions of GSR as well as the roles of radar teams and battalion, the battalion's relationship with GSR, and GSR support of offensive operations and other types of operations.

(1)     Capabilities. GSR provides a highly mobile, near all-weather, 24-hour capability (night and poor daylight visibility) for battlefield surveillance. One or two GSR teams may be attached to a task force.

(2)     Operational Control. As a rule, only GSR teams are provided to the task force. Teams are attached to the task force and employed by the battalion S2. Combat information collected by each team is passed to the battalion S2, who analyzes and disseminates it to the commander, S3, FSE, and subordinate units within the task force.

GSR equipment can be either vehicle-mounted or ground-mounted, and it complements other combat surveillance and target acquisition means in the battalion. Its employment is coordinated with the employment of patrols and observation posts, and with infrared and other sensory devices.

(3)     Advantages. The primary advantage of radar is its ability to detect objects and provide accurate target locations when other surveillance means cannot. Radar is used primarily for operations during limited visibility (darkness, haze, fog, or smoke). Radar can penetrate light camouflage, smoke, haze, light rain, light snow, darkness, and light foliage. Heavy rain or snow restricts radar detection capabilities. However, a welltrained operator can minimize these effects. Radar is limited to line-of-sight.

(4)     Disadvantages. Ground surveillance radar is ineffective against air targets unless the air target is flying close to the ground, because it is designed to detect only moving targets in the presence of a background. The radar is vulnerable to direction finding and jamming by enemy electronic combat and other deception means.

(5)     Employment. Ground surveillance radar may be employed in all types of tactical operations.

(6)     Missions. The two types of surveillance missions employed by radar personnel are search and monitor. The radar section is capable of performing a variety of tasks, including—

  • Searching avenues of approach, possible enemy positions to report location, size composition, and nature of enemy activity.
  • Monitoring point targets and reporting movement of targets through the point.
  • Monitoring and searching final protective fire areas or barrage locations to permit timely firing.
  • Extending the observation capabilities of patrols.
  • Assisting the visual observation of units during daylight by detecting obscured (hazy) targets at long ranges.
  • Assisting in the movement control of units during limited visibility operations.
  • Increasing the effectiveness of fire support.
  • Determining the rate of movement of a target.

(7)     Radar Teams' Roles. In order for radar teams to provide good coverage, they must understand the mission, scheme of maneuver of the supported unit, and the most likely targets expected in the area of operations. Teams must be assigned a specific sector of surveillance, the desired degree of overlapping coverage, and frequency of coverage. To prevent detection by enemy direction finding equipment and enemy electronic countermeasures, operators turn on equipment only when needed.

(8)     Battalion Role and Relationship with GSR. The battalion S2 advises the commander on where and how ground surveillance radar can best be employed to support the scheme of maneuver. Once this has been determined, the S2 assigns areas and methods of search and locations when GSR is retained in support of the battalion. Each team reports information to the supported unit or S2. Additionally, the S2 ensures that GSR positioning and coverages are integrated with other reconnaissance and surveillance means (patrols, scouts, OPs, TOW sights, NVDs) to ensure full coverage of the task force area of operations and interest.

The S2 directs the general positioning of the radars. The exact location is selected by the section leader or senior operator and is reported after the radars are in place. Forward slopes of radar sites must be covered by other observation means, because the slopes are dead space to the radar. GSR teams displace only on order of the GSR section leader or supported unit commander.

When time permits, alternative and supplementary positions are selected and prepared. Radar surveillance cards are prepared by the senior radar operator, who gives a copy to the battalion S2.

Radar should be kept as far forward as the tactical situation and terrain permit. Displacement should not be delayed arbitrarily until the radar teams can no longer provide effective support. Timely displacement enables forward units to maintain fire on withdrawing enemy units or to detect enemy activity indicating a counterattack. When feasible, teams displace by bounds.

(9)     Support of Offensive Operations. Highly mobile, fast-moving offensive operations may preclude the continuous and effective use of radar. However, many of the possible uses are discussed below.

(a)     Movement to Contact. During the movement to contact, radar may be employed with reconnaissance and security elements on an exposed flank or to provide additional observation and security. To provide continuous flank surveillance, it may be necessary to employ radars in pairs and move them by bounds.

(b)     Penetration. Radar may be employed profitably in a penetration by locating enemy defenses before the attack. This information is used by the commander to avoid enemy strengths and capitalize on enemy weaknesses. Radar teams may locate enemy activity to facilitate use of preparatory fire, and may survey enemy positions to establish whether there is any reinforcement, shifting, or withdrawal of enemy units just before the attack.

  • Once enemy contact has been established, radar may be used to provide surveillance forward of the line of contact or on an exposed flank. It may be positioned to provide surveillance over critical areas on avenues of approach during the attack.
  • During limited visibility, radar may be employed to vector or guide friendly attacking elements. It may be used in tracing the movement of forward friendly units to establish and confirm their specific location at any given time and to coordinate supporting fire with the advance of friendly elements.

(c)     Envelopment. In the envelopment, radar may be able to detect large gaps or assailable flanks. It may be possible to employ the radar with security elements of the enveloping force to provide early warning of enemy activity.

(d)     Consolidation and Reorganization. On order, radar teams displace to positions previously selected by a visual or map reconnaissance. During the consolidation and reorganization, primary emphasis is on immediately placing the equipment in operation. Thereafter, positions are improved and equipment is dug in and camouflaged as the situation permits. Since the radar teams on the objective survey the area beyond the objective, they must be informed of friendly patrols and other elements sent forward to maintain contact with the enemy.

(e)     Exploitation or Pursuit. In the exploitation or pursuit, radar teams are employed essentially as they are in the movement to contact. Additionally, radar teams attached to an enveloping force may be sited to locate withdrawing enemy elements or to assist in identifying friendly units during linkups.

(f)     River Crossing Operations. Radars are used in a river crossing as in normal offensive operations. When smoke is used by friendly forces engaged in a river crossing, radar may be used to detect enemy troop activity on the far bank including withdrawal, reinforcement, or shifting of units.

(g)     Infiltration. When gaps in enemy defenses have been located, attacking elements may infiltrate through the enemy position. Radar teams may be employed effectively in conjunction with infiltration by surveying infiltrating lanes for enemy activity and determining the progress of infiltrating units. Short-range radar teams may be employed with infiltrating units in the enemy rear area. Infiltrating elements may use a radar team to enable them to locate enemy activity and avoid discovery. However, radar emissions may compromise the location of friendly units. The determination of whether radar teams should be employed by an infiltrating element depends on the urgency of obtaining information of the enemy in the area, as opposed to the need for avoiding discovery. If radar is employed with infiltrating elements, it may also be used to assist linkup with attacking forces.

(10)     Other Types of Operations. GSR is used in both the covering force area and the main battle area. GSR assets are placed in general support of the task force to screen avenues of approach and gaps between company teams.

 

PART B - BATTLEFIELD OPERATING SYSTEMS

Task force functions are grouped into seven battlefield operating systems that must be integrated to support the commander's intent. The functioning of each system requires the coordinated efforts of all elements of the task force. The commander and staff integrate these systems into a combined arms force tailored to the situation.

The operating systems for the battlefield operating systems are:

  • Command and control.
  • Maneuver.
  • Fire support.
  • Intelligence.
  • Air defense.
  • Mobility, countermobility, and survivability.
  • Combat service support.

1.     Command and Control. The commander, the task force, and the S3 provide command and control.

a.     Commander. The commander fights from a forward location where he can best see, hear, and influence the battle. He issues the orders necessary to control his subordinate units. His subordinate commanders and his soldiers must be aware of his presence on the battlefield.

b.     Task Force. The task force uses standard military terminology, symbology, and reports and orders formats to distribute information and instructions. Face-to-face coordination is the most reliable of all means of communication. Copies of orders and instructions are limited and are generally in the form of operations overlays with superimposed execution matrixes. Wire is used as the preferred means of communications between elements that are in position for more than a few hours. Radio communication is critical to fast-moving operations, but it has limitations and the enemy can disrupt it during critical times. Knowing the commander's intent and concept of the operations allows subordinates to act on their initiative and precludes an overdependence on radio communications.

c.     S3. The S3 is responsible for orders preparation and, through the task force signal officer, manages the electronic, wire, and messenger systems.

2.     Maneuver.

The maneuver companies of the task force destroy enemy forces and seize and hold terrain. All other task force assets support the maneuver elements.

a.     Infantry. Historically, the infantry has been most effective during limited visibility, where observation and fields of fire were limited, and in close combat with the enemy. With the introduction of the improved TOW vehicle and Bradley fighting vehicle, the infantry has gained increased flexibility to destroy enemy armor at long range and to fight mounted, during limited visibility, while retaining the ability to fight dismounted as the situation requires.

b.     Tanks. Tanks are most effective where they can move fast and provide rapid, accurate direct fire at extended ranges. Thermal sights increase the capability of tanks to fight during limited visibility.

c.     Attack Helicopters. Attack helicopters are a maneuver asset that may operate with the battalion even though they are normally under OPCON of the brigade. They are highly mobile and can provide accurate long-range antitank fires during the defense, attack, exploitation, or pursuit. Attack helicopters can deny terrain to the enemy, but cannot seize and hold terrain, and they are not effective against a dug-in enemy.

3.     Fire Support.

The task force commander plans and coordinates his fire support to suppress, neutralize, or destroy the enemy. The FSO assists the commander in planning and coordinating fire support. In addition to organic mortars, the commander receives fire support from field artillery units and close air support from the Air Force.

a.     Mortar Platoon. The mortar platoon provides organic indirect fires for the task force.

b.     Field Artillery. Field artillery provides a variety of indirect fires to the task force. It can deliver smoke, scatterable mines (FASCAM), cannon-launched guided projectiles (Copperhead), antipersonnel and antimateriel munitions, and, when they have been released, chemical and nuclear munitions.

c.     USAF Close Air Support. US Air Force close air support (CAS) provides additional fires. Each battalion task force is augmented with a TACP from the US Air Force.

4.     Intelligence.

All units have a responsibility to report information about the enemy. However, the task force has only the scout platoon and infantry patrols dedicated to gather information. Ground surveillance radar (GSR) may be attached from the divisional military intelligence battalion. Electronic warfare units operate in support of higher headquarters. The brigade provides intelligence to the task force that is beyond the task force's capability to collect.

5.     Air Defense.

The battalion task force has no organic, dedicated air defense weapons. Normally, the minimum air defense provided to the battalion is a Stinger section or a Vulcan platoon. However, the task force often must rely solely on passive air defense measures such as concealment, camouflage, and dispersion coupled with the use of small-arms, machine guns, and even main tank guns as its means of defense.

Airspace command and control procedures are issued by corps and coordinated down to task force. These measures are used to synchronize the efforts of Air Force, Army aviation, indirect fire, and ADA. This allows the commander to simultaneously apply the combat power of all systems. The S3 air coordinates airspace command and control measures, and the S3 ensures that they complement the scheme of maneuver.

6.     Mobility, Countermobility and Survivability.

Engineers and nuclear, biological, and chemical units provide mobility, countermobility, and survivability support.

a.     Engineers. All units can perform limited engineering tasks, such as digging two-man fighting positions and emplacing mines. Combat engineers provide additional mobility, countermobility, and survivability support to the task force. Engineers construct obstacles, emplace and clear minefields, prepare demolitions, improve roads, provide bridging, and dig fighting positions.

Depending on the engineer support available, the brigade commander normally places at least an engineer platoon, and usually an engineer company, in support of the task force. The engineer unit leader advises the commander on the employment of his unit. The S3 ensures the obstacle plan supports the scheme of maneuver.

b.     Nuclear, Biological, and Chemical. Units must be able to operate under NBC conditions to survive and accomplish their missions. This requires that units apply and adhere to the NBC defense fundamentals—contamination avoidance, NBC protection, NBC decontamination. The task force has decontaminating apparatuses which provide it a hasty decontamination capability. Additional support may be available from the division's chemical company that normally provides each maneuver brigade a decontamination platoon in direct support.

7.     Combat Service Support.

This paragraph—

  • Discusses CSS functions and organization.
  • Provides an overview of CSS support.
  • Lists the categories of CSS support and CSS function areas.
  • Describes CSS support of night operations.
  • Discusses transportation and task force trains in regard to CSS.
  • Discusses LOGPAC operations.

a.     CSS Functions and Organization. CSS is those actions taken to sustain the task force's ability to fight. The sustainment functions in combat are:

  • Manning.
  • Arming.
  • Fueling.
  • Fixing.
  • Transporting.
  • Protecting.

The S1, S4, HHC commander, maintenance officer, medical platoon leader, and support platoon leader, supervise CSS operations. The XO monitors CSS during all phase of operations.

The combat service support mission to sustain the combat power of the task force under dispersed and sometimes isolated conditions is even more critical to success on the battlefield than in the past. Combat service support is performed as far forward as the tactical situation permits. Weapons and systems are armed, fueled, fixed, and manned in forward positions to minimize the time it takes to return them to combat. The task force commander, primarily through his executive officer, S4, and S1, anticipates and plans requirements for combat service support and employs his service support assets to ensure accomplishment of the present and future missions. When possible, higher headquarters preconfigures and delivers materials before requests are generated ("push packages"), especially in the bulk resupply of Class III, IV, and V.

The burden of CSS is removed from the company team commander, as much as possible, and placed under control of the task force. The company team commander concentrates on fighting his unit to accomplish the tactical mission. The CSS responsibility at company team level is primarily to report and request requirements, and to ensure that CSS is properly executed once it arrives in the team's area.

b.     Overview. The task force commander ensures that CSS is provided, not only for his organic and attached elements, but also for any OPCON or supporting units. The task force provides mission-essential CSS to a supporting unit. The S4 coordinates other CSS for the supporting unit, and verifies who is to provide this CSS and how it is to be requested. When a large attachment joins the task force, the attachment should bring an appropriate slice of CSS assets from its parent unit. These assets are controlled by the task force S4. The attached unit leader must coordinate with the task force S1 and furnish him with a copy of his unit battle roster. Thereafter, the attached unit submits reports and requests resupply according to the task force SOP.

The task force combat trains CP is the focal point of combat service support for the unit. The combat trains CP, under the supervision of the S4, anticipates, requests, coordinates, and supervises execution of combat service support.

c.     Categories. The three categories of CSS are logistics support, personnel service support, and health services support.

The four functional areas of task force logistics are—

  • Supply.
  • Transportation.
  • Maintenance.
  • Field services, which includes graves registration, clothing exchange, bath, salvage, laundry, textile renovation, airdrop and airlift, and bakery.

d.     Function Areas. Personnel service support includes a variety of functions that support a commander's ability to accomplish his mission and contribute to the welfare and morale of the soldier. Some major CSS personnel service functions are—

  • Personnel and administration services, which includes strength and personnel accountability, replacement operations, casualty reporting, awards and decorations, and personnel management.
  • Chaplain activities, which includes conduct of services, personal and religious counseling, and pastoral care.
  • Legal services.
  • Finance services.
  • Public affairs.
  • Postal services.
  • Enemy prisoner of war (EPW) support.
  • Health services support includes treatment and evacuation, medical supply support, and preventive medicine.

e.     Sources of Support. The task force receives service support from various elements within and outside the task force.

  • Within the Task Force. The XO, assisted by the command sergeant major, is responsible for coordinating all CSS in the task force. The S4 is responsible for the logistical support of the task force and for preparing paragraph 4 of the OPORD. He is assisted by the S4 section and the support platoon. The S1 is responsible for personnel service support within the battalion and he coordinates the actions of the medical platoon. To assist him in this effort, he has a personnel and administration center (PAC). Maintenance support is the responsibility of the battalion maintenance officer (BMO), who directs the activities of the maintenance platoon.
  • Outside the Task Force. The principal source of external support to the task force is the forward support battalion (FSB). It is organized with a headquarters and headquarters detachment, a supply company, a maintenance company, and a medical company to provide support to a maneuver brigade. Additional support can be provided by the main support battalion (MSB) of the division support command (DISCOM).

f.     Support of Night Operations. While all classes of supply are affected by night combat, Classes I and III present the most significant problems. Class I supply points and kitchens must operate around the clock. At night, vehicles tend to operate in lower gear or idle for longer periods than during day, thereby requiring more fuel and oil.

Other items of supply for night operations vary in demand depending on weather, terrain, and type of operation under consideration. For most tactical operations at night, units must expect an increased demand for—

  • Engineer tape and stakes.
  • Tarpaulin shelters.
  • NVD batteries.
  • Flashlights and filters (green, blue, red, and infrared).
  • Luminous tape and paint.
  • Red lens goggles.
  • Replacement bulbs.
  • Replacement NVDs.
  • Chemical light sticks.

g.     Task Force Trains. Trains may be centralized in one location (unit trains), or they may be echeloned in three or more locations (echeloned trains) as shown in Figure 2-2. Unit trains are formed in assembly areas and during extended tactical marches. Forming unit trains with a centralized rear CP provides ease of coordination and control, and increases trains' security. Unit trains are controlled by the S4 with the assistance of the S1.

The task force CSS assets are normally echeloned into company combat trains, battalion combat trains, and battalion field trains. The battalion combat trains are organized to provide immediate critical support for the combat operation. Field trains are normally in the BSA and under the control of the HHC commander, who coordinates with the forward support battalion commander for security and positioning.

The most forward CSS elements are the company combat trains. A medical evacuation team (routinely attached to the company) and the company maintenance team tracked vehicles, when forward, form the company trains. The company first sergeant positions these elements, tasks the medical evacuation team, and establishes priority of work for the company maintenance team.

When operating in echeloned trains, the company supply sergeant usually operates from the field trains. Coordination between the company supply sergeant and the first sergeant is conducted through the combat trains CP to the HHC commander over the A/L net, and is supplemented by face-to-face coordination during LOGPAC operations.

Figure 2-2. Echeloned trains

The battalion combat trains include the combat trains CP, medical platoon elements, decontamination assets, all uploaded Class III and V vehicle, elements of the communications platoon, and the nearby UMCP, with some supporting elements from the FSB. The combat trains are controlled by the S4, assisted by the S1. Elements of the combat trains operate on the A/L net and, when possible, are linked to the combat trains CP by landline.

The battalion combat trains should be close enough to the FLOT to be responsive to the forward units, but not within range of enemy direct fire. The combat trains can expect to move frequently to remain in supporting distance of the combat elements. The following factors govern the positioning of the combat trains.

  • Communications are required between the combat trains CP, the main CP, the field trains CP, brigade rear CP, and forward units.
  • Room for dispersion and cover and concealment from both air and ground observation are desired.
  • The ground must support vehicle traffic.
  • A suitable helicopter landing site should be nearby.
  • Routes to logistical release points or to company positions must be available.
  • Movement into and out of the area must not be restricted.

Built-up areas are good locations for trains. They provide cover and concealment for vehicles and shelter that enhances light discipline during maintenance. When built-up areas are used, battalion trains elements should occupy buildings near the edge of the area to preclude being trapped in the center.

The UMCP is established and supervised by the BMO to provide forward maintenance support to the task force. It is normally located near the battalion combat trains. The UMCP and battalion combat trains may combine to form a base cluster for defense.

The field trains are usually in the BSA and are controlled by the HHC commander. Generally, the field trains include the PAC, the mess sections, the company supply sections, the HHC command post, and the remainder of those elements of the maintenance and support platoons that are not forward.

The BSA is that portion of the brigade rear area occupied by the brigade rear CP, the FSB, and the task force field trains. CSS assets in the BSA include elements from the FSB, maneuver and combat support unit field trains, and selected corps (COSCOM) and division (DISCOM) resources, as required.

h.     LOGPAC Operations. The most efficient resupply of forward task force units is accomplished by logistics packages (LOGPACs). LOGPACs are organized in the field trains by the company supply sergeant under the supervision of the HHC commander and the support platoon leader. LOGPACs are organized for each company team and separate element in the task force and moved forward at least daily for routine resupply. When possible, all LOGPACs are moved forward in a march unit, under the control of the support platoon leader. Special LOGPACs are organized and dispatched as required by the tactical situation and logistical demands.

The task force S4 must plan and coordinate LOGPAC operations to ensure they fully support the commander's tactical plans.

Task force SOP establishes the standard LOGPAC. Normally, a company team LOGPAC includes the following:

  • Unit Supply Truck. This vehicle contains the Class I requirements based on the ration cycle—normally, one hot meal and two MREs per man. The supply truck tows a water trailer and carries some full water cans for direct exchange. In addition, the truck carries any Class II supplies requested by the unit, incoming mail, and other items required by the unit. The truck may also carry replacement personnel.
  • POL Trucks. Bulk fuel and packaged POL products are on these vehicles.
  • Ammunition Trucks. These vehicles contain a mix of ammunition for the weapons systems of the company team. Unit SOP establishes a standard load. Reports and projected demands may require changes to this standard load.
  • Vehicles Carrying Additional Supplies and Replacements. These vehicles join the LOGPAC as coordinated by the support platoon leader and supply sergeant.

LOGPACs for platoon-sized attachments are usually loaded on a single truck. Water and Class III resupply is often accomplished by using five-gallon cans and pods mounted on trailers.

When the company LOGPAC has been formed, it is ready to move forward under the control of the supply sergeant. The support platoon leader normally organizes a convoy for movement of all company LOGPACs under his control. In emergencies, he dispatches unit LOGPACs individually. The convoy may contain additional vehicles, such as a maintenance vehicle with Class IX to move to the UMCP, or an additional ammunition or fuel vehicle for the combat trains. The LOGPACs move along the MSR to a logistics release point (LRP), where the unit first sergeant or a unit guide takes control of the company LOGPAC.

From the LRP, the company first sergeant or guide controls the LOGPAC and conducts resupply. The unit first sergeant informs his supply sergeant of requirements for the next LOGPAC. The supply sergeant collects outgoing mail, personnel, and equipment for movement to the rear. The LOGPAC then follows unit SOP and returns to the LRP or to the field trains.

LRP locations are determined by the S4, based on the tactical situation. They should be well forward and easily located. Normally, two to four LRPs are planned. LRPs, as well as the MSR, combat trains, and field trains locations, are included on the operations overlay, if possible. The combat trains CP notifies subordinates and the field trains CP, well in advance, which LRPs will be used. The LOGPAC convoy arrival time at the LRP and the length of time it remains are normally established by SOP. If the tactical situation dictates otherwise, the S4 must determine the time and notify units accordingly. LOGPACs may be scheduled to arrive shortly after arrival at a BP or, intermediate objective. M1 units may also require more frequent Class III resupply. Subordinates must ensure that the resupply vehicles are returned to the LRP as soon as possible so that the vehicles can return to the field trains and begin preparation for the next mission. Class III and V vehicles never sit empty. If the LOGPAC cannot be completed on schedule, the combat trains CP must be notified.

At least one senior representative from the combat trains (S4, S1, or senior NCO) should be present at the LRP while it is in effect. His purpose is to meet with the unit first sergeants and support platoon leader for coordination of logistical requirements, to ensure that the LOGPAC release and return takes place efficiently. A brief meeting is normally held immediately before the first sergeant picks up his LOGPAC. Coordination may include—

  • Changes in logistical requirements reflecting any last-minute task organization.
  • Reports on personnel, logistics, and maintenance from the first sergeants.
  • First-hand updates on the tactical situation and logistical status.
  • Delivery, receipt, and distribution of unit mail.

The company supply sergeant or support platoon leader moves the LOGPAC from the LRP back to the field trains. The supply sergeant and support platoon leader then begin organization of the next LOGPAC.

Resupply of the scout and mortar platoons, the main CP, combat trains, and attached support units must be planned and coordinated. The HHC first sergeant coordinates and supervises resupply of these elements. The HHC first sergeant operates near the task force main CP when forward and at the field trains CP upon completion of daily resupply.

  • The platoon sergeant of these elements or senior NCO at a facility must report his requirements to the HHC first sergeant or to the combat trains CP. The most desirable method of resupply is to form small LOGPACs for these elements, which the platoon sergeant picks up at the LRP in the same manner as a company first sergeant. Attachments larger than a platoon must come to the task force with sufficient CSS vehicles to carry their LOGPACS.
  • In some cases, the HHC first sergeant delivers the LOGPAC to the main CP, combat trains, and scout and mortar platoons. Attachments can receive resupply at one of these locations or as previously coordinated.
  • Another option is for attachments to be resupplied from a nearby company team LOGPAC. The S4 coordinates this resupply before the LOGPACs are dispatched.
  • Resupply operations for the scout platoon pose several unique problems. Special procedures may be necessary to resupply the scout platoon, including:

    -     Resupplying the platoon by having each track individually pull off line and move to a resupply site. (This method may be feasible when the platoon is performing security for a stationary force.)

    -     Resupplying the platoon near the combat trains as the platoon repositions between missions.

    -     Designating one Class III vehicle in the combat trains to fuel the platoon on short notice.

Units in direct support or under OPCON of the task force are responsible for the coordination of resupply of their elements operating forward with the task force, except as noted.

  • The ADA battalion or battery commander coordinates for the task force to resupply ADA units in direct support with some classes of supply. This may be directed in higher headquarters SOPs and usually includes Class I, III, and V, and common item IX.
  • The task force provides engineer materials (Classes IV and V) to supporting engineer units. Additionally, engineer units under OPCON of the task force receive Class I, III, V, and IX support to the maximum extent possible. This support is coordinated through or directed by brigade before the OPCON directive becomes effective.
  • The parent unit S4 or company commander of the supporting element coordinates with the task force S4 or HHC commander on resupply of the forward elements.

    Normally, the supporting units' resupply elements assemble in the BSA and move to the task force field trains area. The HHC commander then dispatches these resupply elements forward, along with the task force LOGPACS, to the LRP. At the LRP, the platoon sergeant of the forward supporting element takes control of the resupply element. These resupply elements maintain contact with the combat trains CP while forward in the task force area. If coordinated between the supporting parent unit and the task force, the resupply of these forward elements is directly managed by the task force. The parent unit must provide the additional logistical assets necessary to supplement the task force's capabilities. No matter how support was coordinated, any element within the task force area of operation must either be under the task force commander's control or at least remain in contact with the task force combat trains CP, to avoid interfering with task force maneuver.

While the LOGPACs are the preferred methods of resupply, there are times when other methods of resupply are required.

  • Resupply from the Combat Trains (Emergency Resupply). The combat trains has a limited amount of Class Ill and V for emergency resupply. The S4 coordinates emergency resupply from the combat trains and then refills or replaces the combat trains' assets.
  • Prestocking. Prestocking is the placing and concealing of supplies on the battlefield. This is normally done during defensive operations when supplies are placed in subsequent battle positions.
  • Mobile Prepositioning. This is similar to prestocking except that the supplies remain on the truck, which is positioned forward on the battlefield.

 

PART C - SERVICES SUPPORT

1.     Maintenance.

Maintenance involves inspecting, testing, servicing, repairing, requisitioning, and recovering. Repair and recovery are completed as far forward as possible, at the lowest capable echelon. When equipment cannot be repaired on site, it is moved only as far as necessary for repair. When all maintenance requirements of the task force cannot be met, the XO determines maintenance support priorities for subordinate units based on operational requirements of the task force and on recommendations of the S4 and BMO.

a.     Maintenance Terms. The following are explanations of some common maintenance terms.

(1)     Maintenance Support Team (MST). The MST is a mobile team from the FSB maintenance company organized and equipped to provide forward support.

(2)     Unit Maintenance Collection Point (UMCP). The UMCP is a facility operated by the battalion maintenance platoon. It is the first point to which task force maintenance teams recover equipment and at which some direct support maintenance is performed.

(3)     Controlled Exchange. This is the removal of serviceable repair parts and components from unserviceable but reparable vehicles (end items) to get a like vehicle (end item) operational.

(4)     Cannibalization. This is the removal of serviceable and unserviceable parts and components from damaged equipment. Cannibalization is aggressively used to keep the maximum number of combat systems in the battle.

(5)     Battlefield Damage Assessment and Repair. BDAR is the act of inspecting battle damage to determine its extent, classifying the type of repairs required and determining the maintenance activity best suited to accomplish the repair. Battlefield damage repair involves the immediate repair of equipment by field-expedient methods.

(6)     Company Maintenance Team. This is a team from the maintenance platoon that is organized and equipped by modified table of organization and equipment (MTOE) to provide forward unit maintenance support. It operates with the company and from the UMCP. These teams are tailored by the BMO to provide support according to the mix of weapons systems within a company team. Normally, the team deploys a recovery vehicle and a maintenance track forward with the company while the remainder of the team remains in the UMCP.

b.     Categories. The Army maintenance system consists of three levels of maintenance: unit, intermediate, and depot.

(1)     Unit. Unit maintenance consists of preventive maintenance tasks performed by the operator and crew and those performed by unit mechanics. Unit mechanics isolate faults with test equipment, make visual inspection, make minor adjustments, and repair end items by exchanging faulty modules and components. These actions can be performed on site or in the UMCP. Unit mechanics also perform recovery tasks.

(2)     Intermediate. Intermediate maintenance can be either direct support or general support.

(a)     Direct Support. DS mechanics diagnose and isolate equipment or module failure, adjust and align modules and components, and repair defective end items. Maintenance support teams (MSTs), from the FSB operate from the UMCP. If equipment cannot be repaired in the UMCP because of time constraints, workload, or the tactical situation, it is recovered to the FSB maintenance company in the BSA for repair.

(b)     General Support. GS maintenance involves repair of modules and components by replacing internal pieces or parts, and repair of end items involving time-consuming tasks. GS is provided by division and corps in support of the maintenance system.

(c)     Depot. Depot maintenance personnel—

  • Rebuild end items, modules, components, and assemblies.
  • Perform cyclic overhaul.
  • Perform inspections.
  • Complete modifications requiring extensive disassembly or elaborate testing.

c.     Maintenance Forward. Combat power is maximized when disabled equipment is repaired as far forward and as quickly as possible. The BMO, in coordination with the XO, directs the maintenance effort for the task force by using established time guidelines and by coordinating maintenance actions.

Battle damage assessment and diagnosis indicate repair time. An item is repaired on site or recovered directly to the appropriate maintenance echelon in the appropriate support area based on—

  • Tactical situation.
  • Echelon of work required.
  • Availability of required repair parts.
  • Current workload in each area.
  • Maintenance time guidelines.

Maintenance time guidelines establish the maximum time that unserviceable equipment remains in various support areas. Figure 2-3 lists typical maintenance time guidelines. These times are flexible and should not be considered restrictive.

d.     Maintenance Concepts. The following discussion of battlefield maintenance concepts places the various maintenance echelons into proper perspective. The discussion illustrates how echelons overlap to provide continuous maintenance support to the maneuver units.

Figure 2-3. Maintenance time guidelines

The BMO task-organizes the maintenance platoon based on his analysis of current and anticipated requirements. He is concerned with providing the appropriate support at each of three locations:

  • Maneuver company.
  • UMCP.
  • Field trains.

Normally, the BMO positions CMT recovery vehicles and M113s with crews to support each company. This provides a quick-fix capability for those items that can be repaired in fewer than two hours and recovery capability for those items requiring extensive repairs. The remainder of the CMT operates from the UMCP under the control of the BMO. The entire company maintenance team may go forward when the situation permits to provide maximum support forward.

The UMCP normally is task-organized with the maintenance platoon headquarters (-), one PLL truck from the administration section, the remaining VTRs from the recovery section, track automotive and turret repair teams from the service section, the wheeledvehicle assets from the company maintenance teams, and the DS MST. The task organization of the UMCP is modified, based on the BMO's analysis of the maintenance requirements and the tactical situation. The UMCP cannot become a collection point for nonoperational vehicles to the extent that it cannot move with an hour's notice. Anything that cannot be repaired in the UMCP or that cannot be towed by UMCP assets is recovered to the field trains or directly to the FSB maintenance company in the BSA.

The remainder of the maintenance platoon is in the field trains under the control of the battalion motor sergeant.

The battalion maintenance platoon organizes to support crossattachment as well as pure battalion operations.

  • To support this concept, the administration section configures four PLL trucks and trailers to carry the PLL needed to support one maneuver company each. These vehicles also transport enough packaged POL to support repair operations. One of the remaining PLL trucks and trailers is configured to carry the PLL associated with HHC tracked vehicles, and, in mechanized infantry only, antiarmor company. The remaining PLL truck and trailer is configured to carry the PLL for the battalion's wheeled vehicles. It operates from the field trains.
  • Additionally, some high-demand, low-volume parts are carried on the company maintenance team's tracked vehicles. The selection of parts that are carried forward on the tracked vehicles, as well as the breakout of parts to be carried on each PLL truck and trailer, should be addressed in the battalion maintenance platoon SOP.
  • Direct support maintenance element priorities are set by the BMO. Since the maintenance elements are equipped and trained to support the unit, taskorganizing direct support maintenance assets is not routinely done. PLL parts, special tools, and test sets are not easily split.

The CMT tracked vehicles are forward in the company trains. These vehicles carry the tool boxes, some unit-level technical manuals, and a limited number of special tools and repair parts. M1-M2 test equipment normally remains at UMCP because of its size. It may be sent forward as needed, based on the BMO's and CMT's assessments. The CMT usually repairs the damage on-site if the repair can be accomplished within 2 hours.

If a damaged vehicle cannot be repaired within two hours, it is recovered to the UMCP or the field trains. However, before a recovery vehicle is committed, other recovery means are attempted. The CMT recovers the vehicle only as far as a collection point, or the main supply route (MSR).

The damaged vehicles recovered to the UMCP are repaired by maintenance platoon elements or MSTs from the FSB maintenance company. When not involved in on-site repairs, the company maintenance teams may also repair vehicles in the UMCP. This is especially true of work requiring diagnostic test equipment that cannot be taken into the combat positions.

Vehicles that cannot be repaired within six hours, or that would otherwise overload the capability of the UMCP, are recovered to the field trains or directly to the FSB maintenance company collection point for repair. This recovery may be accomplished by the company maintenance team vehicle, tracked, recovery (VTR); by the company maintenance team VTR to a collection point or MSR, then by a maintenance platoon VTR; or by a combination of VTR and heavy equipment transporters (HETs). The BMO coordinates and directs the method to be used. The use of HETs is the preferred method, but they are restricted by road requirements and availability. HETs are requested through the FSB maintenance company. Some crew members accompany the vehicle to the rear to assist mechanics in the repair of the vehicle and return it to the unit when repaired. They also man operational weapons systems on the vehicle to provide additional security to rear areas.

Communications-electronic equipment installed in the vehicle is evacuated with the vehicle. Crewmen not accompanying the vehicle remove personal equipment and any special equipment before the vehicle leaves the area.

The UMCP usually displaces with the other elements of the combat trains. During periods of frequent displacement, the BMO may direct that the UMCP displace by echelon. In this case, some assets of the maintenance platoon, including the BMO, complete repair on vehicles at the old UMCP before displacing forward to the new location. Maintenance platoon assets not involved in repairs move with the remainder of the combat trains and establish the forward UMCP.

During rapid forward moves, such as in the exploitation, the UMCP conducts only essential repairs and simple recovery. Other disabled vehicles are taken to collection point on an MSR and remain to be repaired or evacuated. Field trains and the maintenance company of the FSB displace forward to subsequent locations. The BMO coordinates the repair or evacuation with the battalion motor sergeant in the field trains.

In the field trains, remaining elements of the battalion maintenance platoon perform other tracked and wheeled vehicle maintenance and Class IX resupply. The battalion motor sergeant coordinates requirements with the HHC commander and with the maintenance company of the FSB. He also coordinates maintenance requirements with the parent headquarters of any attached or supporting elements working with the task force.

2.     Field Services.

This paragraph describes field services provided to the task force.

a.     Graves Registration. Graves registration services are provided by the MSB supply and service company. Grave registration at task force level consists of three functions: collection, identification, and evacuation. Casualty feeder reports (DA Form 1156) and witness statements (DA Form 1155) are completed by the soldier who has knowledge of the casualty and sent to the field trains with the returning LOGPACS. Military equipment is collected and turned over to the supply sergeant during LOGPAC operations. Remains are placed in a human remains pouch, along with personal effects, and evacuated with returning LOGPAC vehicles to the field trains. If necessary, companies evacuate remains to the MSR and report the location to the combat trains CP. A collection point may be established, if necessary, at the combat trains under the control of the S4. In any case, remains are evacuated as rapidly as possible to the brigade collection point in the BSA.

b.     Clothing Exchange and Bath. Clothing exchange and bath (CEB) services are provided by the MSB supply and service company. Clothing exchange (or gratuitous issue) and bath service is requested from the MSB through the brigade S4. A request for CEB service must specify the location of the unit making the request, the desired time for service, and the range of clothing sizes for unit members. The requesting unit must be prepared to furnish soldiers to help set up the CEB operation. Normally, there is one CEB point per BSA.

c.     Salvage. Salvage services are provided by FSB supply company. A salvage collection point is established in the BSA by the FSB supply company. It receives serviceable, unserviceable (repairable), discarded, abandoned, and captured supplies and equipment. The salvage point does not accept COMSEC or medical supplies, toxic agents, radioactive materials, contaminated equipment, aircraft, ammunition, and explosives.

d.     Laundry and Renovation. Laundry and renovation services are provided by corps CSS (COSCOM) when the tactical situation permits. TMs service is coordinated through the brigade S4.

e.     Airdrop/Airlift. Airdrop/airlift support is provided by corps and division aviation brigade assets. The S4 requests airdrop/airlift support through the brigade S4 and ensures that a drop or landing zone is prepared and marked.

3.     Personnel Service Support.

Personnel and administrative (P&A) services are the responsibility of the task force S1. They include the following.

a.     Strength Accounting. Company teams and attached units submit a personnel daily summary report to the S1 in the combat trains CP. The S1 forwards a task force consolidated report through brigade S1 to the division G1/AG main. The PAC in the field trains is given an information copy. These reports are the basis for individual replacements and Class I resupply. Accurate strength reports also provide the commander and staff with information to plan operations. Daily reports are included in the task force SOP.

b.     Casualty Reporting. The S1 ensures that both strength and casualty reporting occur in a timely and accurate manner. Initial reports are usually verbal. Written reporting occurs as soon as possible after the event. It is initiated by the squad leader, tank commander, or any individual having knowledge of the incident. The casualty feeder report (DA Form 1156) is carried by all small unit leaders to report battle casualties and nonbattle casualties.

It provides initial information for notifying next of kin and for payment of benefits. When a soldier is reported missing or missing in action or when the remains are not under US control, a witness statement (DA Form 1155) accompanies the casualty feeder report. The first sergeant collects and forwards reports to the combat trains CP. The S1 cross-checks the reports, requests any needed clarification, adjusts unit strength reports, and forwards the reports through the PAC to the brigade S4.

c.     Replacement Operations. Replacement flow is monitored by the PAC in the field trains. The HHC commander establishes a replacement receiving point (RRP) in the field trains and notifies the brigade S1 of its location. All replacements or hospital returnees are brought to the RRP for initial processing. The division AG is normally responsible for delivering replacements to the RRP. Replacements are briefed on SOPs and equipped with weapons and field gear before departing the field trains. They move forward to their unit with the LOGPAC.

d.     Other Administrative Services. During lulls in the battle, the S1 and PAC complete all other P&A actions necessary. If possible, these are accomplished by forming personnel contact teams that move forward to company locations. Special consideration is given to timely processing of awards and decorations.

4.     Chaplain Activities.

Chaplain activities are provided by the unit ministry team (one chaplain and one chaplain assistant) operating from the combat trains. The unit ministry team is dedicated to serving the spiritual needs of soldiers. Chaplain activities include essential subfunctions of providing—

  • Worship opportunities.
  • Administration of sacraments, rites, and ordinances.
  • Pastoral care and counseling.
  • Advising the commander and staff on matters of religion, morals, and morale.
  • Ministry in support of battle fatigue.
  • Religious support enhancing soldier morale and unit cohesion.

Chaplains also routinely visit unit soldiers in nearby hospitals.

5.     Legal Services

Legal service support is coordinated by the S1 section. It is provided to the task force on a GS basis by the staff judge advocate of the division. It includes—

  • Legal advice to commanders on all matters involving military law, domestic law, foreign law, international law, and administrative proceedings.
  • Representation to accused and suspects in military justice matters and to personnel pending adverse military personnel action.
  • Advice to soldiers on complaints, reports of survey, and the right to silence in administrative proceedings.
  • Legal assistance to soldiers on personal civil legal matters.

6.     Finance Services.

Finance support to the task force is usually provided by mobile pay teams (MPTs) from the corps' area finance support unit. During low-intensity operations, the MPTs make combat payments to soldiers in amounts established by the theater army commander, or in lesser amounts if the soldier so desires. The brigade commander may establish an amount less than the maximum for personnel of the brigade, based on the tactical situation and needs of the soldier. When and where the soldier is paid is determined by the commander, and coordinated by the S1.

7.     Public Affairs.

Information (public affairs) support for soldiers and commanders in wartime is provided by the division public affairs office. Public affairs officers (PAOs) provide public affairs advice and service concerning all matters of soldier and media interest.

8.     Postal Services.

A postal element, assigned to the Corps DS postal company, receives and separates mail by battalion, then turns it over to the brigade S1. The battalion mail clerk receives and sorts the mail by task organization and distributes it to the unit supply sergeant (assistant mail clerk), who delivers it to the first sergeant or to the soldier himself (accountable mail) during LOGPAC resupply.

9.     Enemy Prisoners of War Support.

The S1 plans and coordinates EPW operations, collection points, and evacuation procedures. Prisoners of war are evacuated from the task force area as rapidly as possible. The capturing company is responsible for guarding prisoners until relieved by proper authority, recovering weapons and equipment, removing documents with intelligence value, and reporting to the main and combat trains CPs.

Prisoners may be evacuated to the vicinity of the combat trains or UMCP for processing and initial interrogation. Crews of vehicles undergoing repair or unoccupied mechanics are used as guards.

Prisoners are then moved to the brigade EPW collection point on returning LOGPAC vehicles or by transportation coordinated by the S4. As necessary, the S2 reviews and reports any documents or information of immediate value. The S4 coordinates evacuation of large amounts of enemy equipment. Wounded prisoners are treated through normal medical channels but kept separated from US and allied patients.

10.     Health Services Support.

a.     Planning. Task force health services support is planned by the medical platoon leader or battalion surgeon and S1. It is provided by the battalion medical platoon. Backup support is provided by the FSB medical company. To support task force operations, the medical platoon leader or battalion surgeon and medical operations officer must understand the scheme of maneuver as well as the support plan of the FSB medical company.

b.     Organization. The medical platoon is organized with a platoon headquarters, a treatment squad, an ambulance section, and a combat medic section. This organization facilitates quick evacuation of wounded soldiers so that they may be treated by trained medical personnel within 30 minutes of the time they are wounded.

  • The platoon headquarters and the medical treatment squad can form one or two battalion aid stations (BASs) capable of operating from or forward of the combat trains.
  • The ambulance section operates from company trains and from the BAS. Tracked ambulances and crews habitually work with the same company, as to medics from the combat medic section. The senior combat medic is in charge of this company aid/evacuation team.

c.     Functions. Health services support provide the following functions.

(1)     Maneuver Company Aid/Evacuation Team. The maneuver company aid and evacuation team—

  • Provides emergency medical treatment and protection for the sick and wounded.
  • Assists combat vehicle crews in evacuating injured crewmen from their vehicles.
  • Provides medical evacuation.
  • Initiates a field medical card for the sick and wounded, and, time permitting, completes this card on deceased personnel.
  • Screens, evaluates, and treats patients suffering from minor illnesses and injuries; returns patients requiring no further attention to duty; notifies first sergeant of those requiring evacuation to the BAS.
  • Remains abreast of the tactical situation, and complies with the instructions of the unit first sergeant.
  • Ensures that the company commander and the battalion surgeon are informed of the status of patients seen and the overall status of health and welfare of the company.
  • Trains unit personnel to enable them to perform self aid and buddy aid.
  • Provides trained combat lifesavers with medical supplies as required.

(2)     Battalion Aid Station. This facility has medically trained personnel to stabilize patients for further evacuation, to perform immediate lifesaving or limb-saving techniques, and to treat minor wounds or illnesses and return the latter patients to duty. The BAS can operate two treatment teams for a limited time if the tactical situation requires it. Other functions of the BAS include—

  • Receiving and recording patients.
  • Notifying the S1 of all patients processed and disposition of casualties as directed by SOP.
  • Preparing field medical records, and verifying information on field medical cards.
  • Requesting and monitoring aeromedical evacuation.
  • Monitoring personnel, when necessary, for radiological contamination before medical treatment.
  • Decontaminating and treating small numbers of chemical casualties.
  • Monitoring the activities of aid/evacuation teams.

d.     Medical Evacuation. Medical evacuation is the responsibility of the next higher level of medical support. For example, the FSB medical company evacuates patients from the BAS, or coordinates medical evacuation from corps resources. Patients are evacuated no further to the rear than their condition requires, and they are returned to duty as soon as possible.

  • Medical evacuation within the task force is routinely done by the medical platoon ambulance section. Medical evacuation outside the task force may be done by ground or air evacuation.
  • Aeromedical evacuation out of the task force sector is used as much as possible. Ground ambulances are used only for those patients who cannot be evacuated by air. The specific mode of evacuation is determined by the patient's condition, the availability of aircraft, and the tactical situation. Normally, the physician or physician's assistant treating the patient makes this determination.
  • If necessary, the platoon leader coordinates with the S4 for additional transportation and ensures that temporary ambulances have medically trained personnel and medical supplies necessary for casualty movement. Returning supply vehicles can be used for transportation.

e.     Medical Supply and Property Exchange. The medical platoon maintains a two-day stockage of medical supplies. To prevent unnecessary depletion of blankets, litters, splints, and the like, the receiving medical facility exchanges like property with the transferring agency.

f.     Preventive Measures. Experience in World War II, Korea, and Vietnam indicates that the majority of hospital admissions were for disease and nonbattle injury. Commanders can reduce disease and nonbattle injury by emphasizing preventive medicine, safety, and personal hygiene.

 

PART D - COMMAND AND CONTROL

1.     Command and Control.

Command and control is the process through which the activities of the task force are planned, directed, coordinated, and controlled to accomplish the mission. This process encompasses personnel, equipment, communications, facilities, and procedures necessary to gather and analyze information, to plan, to issue instructions, and to supervise the execution of operations.

a.     Responsibilities. The commander is responsible for command and control of organic, assigned, attached, and supporting forces, and for their synchronization into his operation.

Effective leadership is foremost among the elements of combat power that decide victory. The leader must have a reliable, secure, fast, and durable command and control system. This system must communicate orders, coordinate support, and provide direction to the task force in spite of enemy interference and the loss of command facilities and key individuals.

The command and control system must be faster and more effective than the enemy's system. This allows the commander to receive and process information and to make and execute decisions faster than the enemy. The overriding goal of this system is to implement the commander's will in pursuit of the objective.

b.     Organization. The battalion commander determines the command and control organization that best supports his method of operations. He determines the succession of command, and assigns responsibilities. The command and control organization is established by task force SOP. The typical task force command and control organization is shown in Figure 2-4.

Figure 2-4. Command and control organization on the battlefield

c.     Responsibilities of Key Personnel. The battalion staff is composed of personal, coordinating, and special staffs. The responsibilities of the command and control organization are outlined below. The commander may modify these responsibilities based on the situation and individual capabilities.

(1)     Battalion Task Force Commander. The commander commands all elements of the task force. He provides his subordinates with missions, taskings, and a clear statement of his intent. The commander allows subordinates freedom of action in implementing his orders.

(2)     Executive Officer. The XO is the principal assistant to the battalion commander. He is the battalion."chief of staff" and he is second in command. He is the principal integrator of CSS in support of maneuver. During the commander's absence, he represents the commander and directs action in accordance with established command policy and guidance. During the battle, he is normally in the main command post where he—

  • Monitors the battle.
  • Reports to higher headquarters.
  • Keeps abreast of the situation at higher headquarters and units on the flanks.
  • Integrates CS and CSS into the overall plan.
  • Plans for future operations.

He is free to move to any point in the area of operations to accomplish his duties and responsibilities.

(3)     Command Sergeant Major. The command sergeant major (CSM) is on the commander's personal staff and is his primary advisor concerning enlisted soldiers. He must know the administrative, logistical, and operational functions of the battalion. Since he is the most experienced enlisted soldier in the battalion, his attention is focused on soldier and soldier support matters. The CSM may act as the commander's troubleshooter in supervising critical aspects of an operation. The CSM may also perform critical liaison, coordinate passage of lines, lead advance or quartering parties, supervise at key breach/ford sites, monitor key defensive preparations, assist in the CSS effort, and monitor unit morale.

(4)     Coordinating Staff. The coordinating staff officers are the principal staff assistants to the commander.

(a)     S1 (Adjutant). The S1 is a principal staff officer with responsibility for exercising staff functions and coordination for personnel service support. Personnel service support encompasses the areas of personnel service, administrative services, health service support, finance support, postal services, chaplain activities, legal service support, morale, welfare support activities, and public affairs. The S1 is the assistant officer in charge of the combat trains CP, usually acting as a shift leader.

(b)     S2 (Intelligence Officer). The S2 is responsible for combat intelligence. He organizes for continuous combat operations in coordination with the S3. The S2 coordinates input from the other staff officers. During operations, he updates the IPB and prepares and monitors reconnaissance and surveillance plans in conjunction with the S3. He provides staff supervision over supporting intelligence organizations and requests additional support from brigade to support the commander's intelligence requirements. He normally performs his duties in the main CP.

(c)     S3 (Operations and Training Officer). The S3 is responsible for planning, organizing the force, and coordinating combat operations of the battalion and attached/OPCON units, and for coordinating with combat support units. He coordinates with the S2, FSO, and other combat support planners in preparing the task force order. He is responsible for integrating combat support (engineer operations, ADA, indirect fires, CAS, EW, Army aviation, and C3CM into task force operations. He assists the commander in fighting the ongoing battle. The S3 operates forward with the commander.

(d)     S4 (Logistics Officer). The S4 is responsible for all battalion logistical activities. He supervises all organic and nonorganic logistical elements supporting the formulation of logistical policy. He plans, coordinates, and supervises the logistical effort, to include coordinating all aspects of CSS in paragraph 4 of the task force order with the S1 and the BMO. The S4 is responsible for the arrangement, security, and movement of the combat trains, and is the OIC of the combat trains CP.

(e)     Battalion Maintenance Officer. The BMO plans, coordinates, and supervises the maintenance and recovery efforts of the maintenance platoon and ensures that adequate maintenance support is provided to the task force. Although a staff officer in the battalion headquarters, he is also the maintenance platoon leader. The maintenance warrant officer assists the BMO by providing technical assistance and supervises the maintenance platoon. The BMO supervises the unit maintenance collection point (UMCP).

(5)     Special Staff. Special staff officers assist the commander in command and control in special areas of expertise, generally under the direct supervision the coordinating staff.

(a)     S3 Air. The S3 Air is the principal assistant to the S3. As the battalion link to the Army airspace command and control system, he coordinates use of battalion air space and the employment of air support with the FSO (FSCOORD), the tactical air control party (TACP), and the aviation liaison officer, as well as the air defense section or platoon leader. The S3 Air works in the main CP.

(b)     Assistant S3/Chemical Officer. The chemical officer is responsible for advising the commander on impacts of NBC employment on current or future operations. He coordinates and plans decontamination and smoke operations. He is located at the main CP.

(c)     Tactical Intelligence Officer. The tactical intelligence officer works under the supervision of the S2 and is part of the two-man battlefield information control center (BICC). The BICC's primary responsibility is to perform unit intelligence collection, processing, and disseminating actions as tasked by the S2. The BICC operates in the main CP.

(d)     Liaison Officer. LOs are commissioned and noncommissioned officers who represent their commander at other headquarters. Through personal contact, they promote cooperation and coordination and facilitate the exchange of information. LOs are tasked with general coordination instructions in the task force SOP and with specific coordination instructions each time they are dispatched to another headquarters. Their role as task force commander representative requires LOs to know all task force plans and dispositions. LOs ensure that critical information is passed between the task force headquarters and the headquarters to which they are dispatched. When operating in the main CP, LOs are supervised by the shift OIC.

(e)     Battalion Signal Officer. The battalion signal officer, in addition to leading the communications platoon, exercises technical supervision over the installation and use of communication systems and the activities of communications personnel. His specific duties are directed by the battalion S3. He reconnoiters possible CP sites for communication capabilities, recommends retransmission equipment employment, establishes messenger services and schedules, and monitors COMSEC.

(f)     Battalion Surgeon. The battalion surgeon is the medical platoon leader. With the aid of a physician's assistant, he operates the battalion aid station in the combat trains. He and his assistants provide training for the medical platoon, treatment of the wounded, and information on the health of the battalion to the commander. A medical service corps officer and the platoon sergeant assist in the administration and the logistics of the medical platoon, and plan and coordinate patient evacuation to the supporting medical company.

(g)     Battalion Chaplain. The battalion chaplain provides religious services and personal counseling. As a special staff officer, he provides the commander with an in-depth view of the esprit de corps, spiritual well-being, and morale of the unit. Although he has a personal staff relationship with the commander, he coordinates his special staff actions through the S1 and operates from the combat trains.

(h)     Other Staff Assets. The HHC commander, the task force FSO, the task force FAC, and the senior leaders of elements supporting the task force provide special staff assistance to the commander directly or through the primary staff.

1     Headquarters and Headquarters Company Commander. The HHC commander is located in the task force field trains. He is responsible for coordination, security, and. movement of the field trains, both organic and attached. The HHC commander acts as a battalion task force CSS coordinator assisting the S1 and S4 by ensuring that field trains support is smooth, timely, and efficient.

2     Fire Support Officer. The FSO is a habitually associated officer from the FA battalion in direct support of the brigade. He coordinates all fire support for battalion task force operations and, as such, the battalion FSO is also the battalion FSCOORD. The FSO establishes the fire support element at the main CP. The FSO monitors the positioning of the battalion mortar platoon and employs its fires. He also recommends the employment of any supporting field artillery assets. The FSO operates either from the main CP or forward with the commander.

3     Forward Air Controller. The FAC is a US Air Force officer responsible for coordination and employment of US Air Force assets in support of the task force. He is responsible for the tactical air control party. He primarily operates forward with the commander.

4     Air Defense Artillery Officer. The senior leader of a supporting ADA unit(s) advises the commander on employment of ADA assets. During the planning process, he is at the main CP to ensure the integration of air defense in the concept of operation. During the execution of the plan, he positions himself to best command and control the air defense assets. He monitors the command net to remain responsive to the needs of the commander. He also monitors the early warning net to assist in the acquisition and dissemination of early warning information as a member of the Army airspace command and control system.

5     Engineer. The senior leader of any supporting engineer units also acts as a special staff officer advising the commander on employment of engineer assets. The task force engineer monitors the task force command net while directly supervising his unit during its operations.

2.     Command and Control Facilities.

The task force command and control facilities consist of the vehicle and locations from which the task force commander, assisted by his staff, directs the battle and sustains the force. The exercise of command and control is focused in four major facilities—the main CP, the tactical CP, the combat trains CP, and the field trains CP.

a.     Main Command Post. The task force main CP is the control, coordination and communications center for combat operations.

(1)     Organization. The main CP is composed of the S2 and S3 sections, the FSE, representatives from other attached elements, and the tactical CP (when not forward). The main CP vehicles and personnel must be as few as possible to allow for rapid displacement, but large enough to accomplish command and control functions in support of the commander.

(2)     Functions. The functions of the main CP are to monitor and assist in command and control by maintaining contact and coordination with higher and adjacent units, continuously updating the enemy situation, planning operations, analyzing and disseminating tactical information, maintaining situation maps, and requesting and synchronizing additional CS and CSS for the battle. Factors that have immediate operational impact must be monitored by the main CP and communicated to the commander.

(3)     Operations. The primary considerations in positioning the main CP are communications, access, and survivability. The personnel who operate the main CP must be organized to provide both security and continuous operations on a 24-hour-a-day basis. A sleep plan must be enforced to preserve the ability of CP personnel to perform continuous operations. The main CP internal SOP establishes this internal organization. Coordination between the main CP, the combat trains CP, and the field trains CP must be continuous to ensure that CSS is integrated into the mission effort. One technique is to monitor the administrative/logistics (A/L) net on a remote. When possible, a landline link is established with the combat trains CP. The security of the main CP is enhanced by its ability to displace rapidly and provide a reduced electronic signature. Displacements are planned to ensure the main CP is stationary during critical phases of the battle.

(4)     Alternate Main CP. The combat trains CP is normally designated as the alternate main CP. Aid station and UMCP assets may be collocated to enhance communications capability. A mortar FDC truck may also be used as an alternate main CP. If required to function as the main CP, the primary functions of these elements suffer, and the effectiveness of the new main CP is also degraded.

b.     Tactical Command Post. A tactical CP may be formed during fast-moving offensive or retrograde operations to maintain communications and facilitate the movement of the main CP. In such circumstances the commander may designate one of the command post vehicles from the main CP to act as the tactical CP. Some or all of the command group may locate at the tactical CP at various times.

c.     Command Group. The command group consists of the commander and those he selects to go forward to assist him in controlling maneuver and fires during the battle. It normally includes the FSO, FAC, and S3. There is no requirement for these people to collocate. For example, the command may be in one part of the battalion sector while the S3 might be in a separate part of the sector. The composition, nature, and task of the command group are determined by the commander to permit the optimum command and control of his unit during the battle.

d.     Combat Trains Command Post. The combat trains CP is the coordination center for combat service support for the task force and the control element of the combat trains. It is positioned forward of the field trains.

(1)     Role. The S4 is responsible for operations, movement, and security of the combat trains, assisted by the S1. The S4, S1, and BMO must continually assess the situation, anticipate the needs of units, and prepare to push support forward. Anticipating requirements is the key to successful combat service support.

(2)     Functions. The combat trains CP maintains the CSS status of the battalion. In preparation to assume its functions as alternate main CP the combat trains CP monitors the task force command net and maintains charts and tactical situation maps identical to those at the main CP. The combat trains CP routinely operates a switchboard for elements in the combat trains and is the NCS for the battalion A/L net and operates in the brigade A/L net.

Any change in the main effort of the battalion should be reported to the combat trains CP by the main CP or tactical CP. Similarly, major change in the ability of the CSS system to support operation must be immediately reported to the main CP by the combat trains CP. The combat trains CP relays information to the field trains CP.

e.     Field Trains Command Post. This subparagraph discusses the control, elements, functions, and OPCON status of the field trains command post.

(1)     Control. The field trains are under the control of the HHC commander whose headquarters is the field trains CP. When the TF commander coordinates his field trains with the BSA, the HHC command coordinates with the forward support battalion for positioning and a defensive sector for the battalion field trains elements. When the task force commander deems it necessary, the field trains may be positioned outside the BSA in the task force area of operations. In this case, the task force S3 designates the general location for the field trains or directs that unit trains be formed under the control of the S4.

(2)     Elements. The field train CP is composed of the HHC commander, and the remaining elements of the S1 and S4 sections. It coordinates the collection and movement of CSS from the task force field trains and the forward support battalion, to forward elements of the task force. It controls and coordinates the activities of the task force field trains including operations of the support platoon, elements of the maintenance platoon in the field trains, company and attached units' supply sections, and the PAC. The field trains CP monitors the task force A/L net and maintains a communications link with the forward support battalion CP.

(3)     Functions. Supplies, personnel, and mail going forward from the field trains are grouped together into logistics packages (LOGPACs) under the control of the support platoon leader or a company supply sergeant. The field trains CP organizes and dispatches LOGPACs based on instruction from the combat trains CP.

(4)     OPCON Status. The battalion trains are normally echeloned with both a combat trains CP and a field trains CP. The alternative configuration is to form unit trains with a single rear CP which is operated by the S4. In this case there is no field trains CP.

3.     Command and Control Communications.

The commander must understand the capabilities, limitations, and vulnerabilities of his communications system. He should—

  • Provide redundant means of communication.
  • Minimize use of the radio by using face-to-face coordination, wire, and messengers when possible.

a.     All Levels. All levels of command must gain and maintain communications with the appropriate headquarters and personnel. The traditional coordination and communications responsibilities are senior to subordinate, supporting to supported, reinforcing to reinforced, from left to right, and from rear to front.

b.     Units. Regardless of the responsibility, all units take prompt action to restore lost communications.

c.     Signal Officer. The signal officer establishes communications relays according to the task force commander's directives.

4.     Radio Nets.

Battalion task force, communications are sent over a variety of radio nets. Primary battalion communications nets are—

a.     Command Net. A secure command net is used for command and control of the task force. All organic and attached units, including the FSO, FAC, and leaders of supporting elements, enter the task force command net. During the execution of the mission, only commanders transmit. All others monitor and transmit only essential information. The command net is controlled by the task force main CP.

b.     Operation and Intelligence (O&I) Net. The O&I net is a secure net established to provide a mechanism for the battalion task force to accept routine items of information concerning operations and intelligence reporting without cluttering or interfering with the battalion command net.

c.     Administrative/Logistics Net. The A/L net is a tactical net, controlled by the combat trains CP, used to communicate the administrative and logistical requirements of the task force. All organic and attached units normally operate in this net.

d.     Special Radio Nets. The following special radio nets are used by the task force for specific purposes.

The scout platoon net or a designated frequency may function as a surveillance net when required. The S2 and elements assigned surveillance missions operate on this net. Other elements enter or leave the net to pass information as required.

The task force FSE and company fire support teams (FISTs) operate in the supporting field artillery command fire direction net and a designated fire direction net to coordinate field artillery fires for the battalion. The TACP operates in US Air Force tactical air-request and air-ground nets to control air strikes.

Supporting air defense units monitor the early warning net. In the absence of collocated air defense support, the main CP also monitors the division early warning net. Attached or OPCON support assets may operate in their parent unit nets, but they must also monitor the command net at all times.

Figure 2-5 illustrates the primary task force FM nets and stations that operate in each net.

Figure 2-5. Task force FM nets/stations matrix

5.     Eavesdrop System.

Eavesdrop is a technique used on all nets from task force command down to platoon nets. This technique requires all stations to monitor and use message traffic on a given net, even if they are not the direct recipients of the message. For example, command net traffic is sent from a company team commander to the task force commander or S3 at the tactical CP. The other company team commanders and main CP monitor this traffic, update situation maps, and take appropriate action.

In this way, all stations have an understanding of the situation without requiring the same information to be transmitted by the NCS. Additionally, operations may require continuous monitoring of a subordinate or adjacent unit net. In this case, the main CP eavesdrops on the selected net and ensures information critical to task force operations is retransmitted over the appropriate battalion nets.

6.     Mobile Subscriber Equipment.

MSE terminals with tactical facsimile (TACFAX) connectors are located at the main CP and the combat trains CP. They provide a rapid, secure means of transmitting and receiving OPORDs and lengthy CSS reports between the task force and brigade. Any MSE terminal provides access to the entire corps network.

7.     Communications Security.

Communications security denies or delays unauthorized persons from gaining communications information. Techniques include—

  • Using authentication procedures.
  • Changing frequencies and call signs.
  • Restricting use of radio transmitters.
  • Using wire or messenger.
  • Reducing transmission time.
  • Frequent authentication.

8.     Antijamming.

Antijamming procedures used by radio operators include—

  • Use of low power.
  • Antenna masking and directional antennas.
  • Continued operation and reporting.
  • Surreptitiously switching frequencies.

9.     Other Command and Control Procedures.

This paragraph describes additional procedures which enhance command and control.

a.     Operational Security. This subparagraph describes the role and types of operations security.

(1)     Role of OPSEC. OPSEC denies the enemy information about planned, ongoing, and after-operation activity until it is too late for enemy forces to react effectively. OPSEC must be maintained throughout all phases of an operation. It is an integral part of planning, unit training, and combat operations at all levels of command. The S3 has primary staff responsibility for OPSEC within the task force. He is assisted by the S2, who provides information on the enemy's collection capabilities.

(2)     Types of OPSEC. There are three types of OPSEC protective measures:

  • Countersurveillance.
  • Countermeasures.
  • Deception.

(a)     Counterintelligence. Countersurveillance includes measures (ground, air, or electronic) taken to protect the status of friendly activities and operations, such as those measures taken to defeat enemy reconnaissance. Countersurveillance of enemy air is accomplished primarily through camouflage, cover, and concealment and by use of air defense assets. Countering enemy ground reconnaissance is accomplished through active and aggressive counterreconnaissance measures.

(b)     Countermeasures. Countermeasures are actions taken to eliminate or reduce the intelligence and electronic warfare threat. These actions may be anything from deception to destruction of the enemy collection capability. Countermeasures include—

  • Vehicle camouflage.
  • Light and noise discipline.
  • Challenge and password.

(c)     Tactical Deception. Tactical deception includes those measures taken to create a false picture of friendly activities and operations. The deception must be believable and must make the enemy do something or not do something that supports the commander's concept. Deception helps to establish the conditions for surprise. Maneuver plans that avoid obvious patterns or solutions can be integrated with deception to achieve surprise.

Deception operations may include—

  • Feints and ruses.
  • Demonstrations.
  • Dummy equipment and positions.
  • Falsification of material placed where it can be captured or photographed by the enemy.
  • Manipulation of electronic signals.

Most deception operations are planned and directed at levels above battalion. Means of deception at battalion are—

  • Visual - showing movement, equipment, and activity at a believable time in a believable place. This can be actual or dummy.
  • Sound - engines running, track noise, hatch closing, digging, and gunfire.
  • Odor - diesel fumes and cooking odors.
  • Electronics - false transmission, remote locations for radios, and radar scan of areas other than those of primary interest.
  • Thermal - false heat sources.

Deception techniques can be combined in various ways. For example, a small force can simulate a larger one by—

  • Making the noises of a larger force.
  • Having some actual and some dummy positions.
  • Raising dust clouds by having vehicles dragging chains or tree branches.
  • Moving a force across an observable area, then returning it under cover and presenting it again and again.
  • Creating extra radio stations to simulate traffic of a larger unit.
  • In many other ways.

The commander must think of security (all types) and deception as combat multipliers. Military intelligence support can often assist in these activities.

b.     Fire Control. Control of battalion task force fires is critical to the effective employment and massing of available fire support. Fire control is used with maneuver to bring the maximum available direct and indirect fires on the enemy's positions or formation while avoiding the mistaken engagement of friendly forces (fratricide). A normal part of a company team's mission is telling it where, when, and what to engage by direct and indirect fire.

Fires should be distributed to completely cover the enemy. Ideally, each weapon should fire at a different target or part of the enemy. With the lethality of modem weapons, multiple engagements of the same enemy target waste ammunition and lessen the ability to quickly destroy the enemy.

Fire control measures are used to distribute fires, designate targets, and protect friendly forces. Fire control measures normally used by the battalion task force are—

  • Sectors of fire.
  • TRPs and EAs.
  • Restrictive fire control measures.
  • Priorities of engagement.
  • Pyrotechnics and visual markers.
  • Checkpoints and trigger points.


Practice Exercise

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