[ Navy Training System Plans ]
NAVY TRAINING SYSTEM PLAN
FOR THE
F-14A, F-14B, AND F-14D AIRCRAFT
N88-NTSP-A-50-8511C/D
FEBRUARY 2001
EXECUTIVE SUMMARY
The F-14A, F-14B, and F-14D Tomcat Aircraft are long range, multi-shot, all weather, strike-fighter aircraft suitable for carrier or shore-based operations. The F-14 Aircraft mission was expanded to include delivery of conventional air-to-ground ordnance and precision guided munitions. The F-14B is either a remanufactured F-14A or new production aircraft equipped with F110-GE-400 engines. The F-14D is either a remanufactured F-14A or new production aircraft equipped with F110-GE-400 engines, new radar, and new avionics systems. Initial Operational Capability for the F-14D Aircraft was achieved in Fiscal Year (FY) 92. An upgrade program was implemented for the F-14B Aircraft to extend the service life of the airframe and incorporate avionics changes to improve offensive and defensive capabilities. Modifications to the F-14B Upgrade Aircraft will be completed in FY01. The F-14 is in Phase III (Production, Deployment, and Operational Support) of the Weapon System Acquisition Process.
In FY96, all active duty F-14 squadrons, except Fighter Squadron (VF)-154, were relocated to Naval Air Station (NAS) Oceana, Virginia. VF-154 will remain at Naval Air Facility Atsugi, Japan, through FY06. All F-14 squadrons will eventually transition to the F/A-18 Aircraft. A current schedule depicts squadron's transitioning between FY01 and FY09. The Reserve squadron VF-201 transitioned to the F/A-18 Aircraft in first quarter FY99.
The maintenance concept is set forth in the Naval Aviation Maintenance Program, OPNAVINST 4790.2 series, which prescribes the concept of three levels of maintenance: organizational, intermediate, and depot. The F-14D Aircraft achieved its Navy Support Date in September 1996. All systems in the F-14B Upgrade achieved Material and Navy Support Dates by April 1999. Depot level maintenance of F-14B Upgrade systems is commercial support.
Qualitative and quantitative manpower requirements for the F-14 Aircraft are driven by the total preventive and corrective maintenance workload, Required Operational Capabilities (ROC), and Projected Operational Environment (POE) requirements. Activity Manpower Documents (AMD) for F-14 Aircraft squadrons with ten aircraft were developed using the current ROC and POE requirements and a Chief of Naval Operations (N88) letter authorizing squadron manpower for 12 aircraft. This manpower concept allows deployed squadrons to surge to 14 aircraft when needed. An AMD has also been developed for the Fleet Readiness Squadron, VF-101, located at NAS Oceana.
Initial training for all F-14 series Aircraft has been completed. VF-101 and Maintenance Training Unit 1007 Naval Air Maintenance Training Unit Oceana, are conducting follow-on training for the F-14A, F-14B, and F-14D Aircraft, including F-14B Upgrade avionics training.
Page
Executive Summary i
List of Acronyms iii
Preface vii
PART I - TECHNICAL PROGRAM DATA
A. Nomenclature-Title-Program I-1
B. Security Classification I-1
C. Manpower, Personnel, and Training Principals I-1
D. System Description I-1
E. Developmental Test and Operational Test I-2
F. Aircraft and/or Equipment/System/Subsystem Replaced I-3
G. Description of New Development I-3
H. Concepts I-9
I. Onboard (In-Service) Training I-66
J. Logistics Support I-68
K. Schedules I-69
L. Government Furnished Equipment and Contractor Furnished Equipment
Training Requirements I-70
M. Related NTSPs and Other Applicable Documents I-70
PART II - BILLET AND PERSONNEL REQUIREMENTS II-1
PART III - TRAINING REQUIREMENTS III-1
PART IV - TRAINING LOGISTICS SUPPORT REQUIREMENTS IV-1
PART V - MPT MILESTONES V-1
PART VI - DECISION ITEMS/ACTION REQUIRED VI-1
PART VII - POINTS OF CONTACT VII-1
LIST OF ACRONYMS |
|
Aviation Machinist's Mate |
|
ADF |
Automatic Direction Finder |
AE |
Aviation Electrician's Mate |
AHRS |
Attitude Heading Reference System |
AIMD |
Aircraft Intermediate Maintenance Department |
AIU |
Avionics Interface Unit |
AMD |
Activity Manpower Document |
AME |
Aviation Structural Mechanic (Safety Equipment) |
AMH |
Aviation Structural Mechanic (Hydraulics) |
AMS |
Aviation Structural Mechanic (Structures) |
AMTCS |
Aviation Maintenance Training Continuum System |
AO |
Aviation Ordnanceman |
ASPJ |
Airborne Self-Protection Jammer |
AT |
Aviation Electronics Technician |
ATS |
Avionics Test Set |
BIT |
Built-In Test |
BRITE |
Battlefield Reconfigurable Item for Test of Electro-optics |
CAI |
Computer-Aided Instruction |
CAINS |
Carrier Aircraft Inertial Navigation System |
CASS |
Consolidated Automated Support System |
CAT-IIID |
Computerized Automatic Tester - IIID |
CBT |
Computer-Based Training |
CIN |
Course Identification Number |
CINCLANTFLT |
Commander In Chief, Atlantic Fleet |
CINCPACFLT |
Commander In Chief, Pacific Fleet |
CIU |
Computer Interface Unit |
CNET |
Commander Naval Education and Training |
CNO |
Chief of Naval Operations |
CSE |
Common Support Equipment |
CTVS |
Cockpit Television System |
DFCS |
Digital Flight Control System |
DINS |
Digital Inertial Navigation System |
DMDB |
Digital Multiplex Data Bus |
DT |
Developmental Test |
EGI |
Embedded Global Positioning and Inertial Navigation System |
EMD |
Engineering and Manufacturing Development |
EMTC |
Electronic Module Test Console |
EOTS |
Electro-Optical Test Set |
FMS |
Foreign Military Sales |
FOV |
Field Of View |
FRS |
Fleet Readiness Squadron |
FY |
Fiscal Year |
GE |
General Electric |
GPS |
Global Positioning System |
HTS |
Hybrid Test Station |
HUD |
Head-Up Display |
ICW |
Interactive Courseware |
IFF |
Identification Friend or Foe |
ILSP |
Integrated Logistics Support Plan |
IMA |
Intermediate Maintenance Activity |
IMUTS |
Inertial Measurement Unit Test Set |
INS |
Inertial Navigation System |
IRSTS |
Infrared Search and Tracking System |
IUT |
Instructor Under Training |
IWSMT |
Integrated Weapon System Maintenance Trainer |
JDAM |
Joint Defense Advance Munition |
JTIDS |
Joint Tactical Information Distribution System |
LANTIRN |
Low-Altitude Navigation and Targeting Infrared for Night |
LANTIRN RT |
LANTIRN Remote Terminal |
LF |
Low Frequency |
MAGR |
Miniaturized Airborne Global Positioning System Receiver |
MDIG |
Multifunction Display Indicator Group |
MFT |
Mission Flight Trainer |
MSD |
Material Support Date |
MT |
Mission Trainer |
MTIP |
Maintenance Training Improvement Program |
MTU |
Maintenance Training Unit |
NA |
Not Applicable |
NACES |
Naval Aircrew Common Ejection Seat |
NADEP |
Naval Aviation Depot |
NAF |
Naval Air Facility |
NAMP |
Naval Aviation Maintenance Program |
NAMTRAGRU DET |
Naval Air Maintenance Training Group Detachment |
NAMTRAU |
Naval Air Maintenance Training Unit |
NAS |
Naval Air Station |
NATEC |
Naval Air Technical Data and Engineering Service Command |
NATOPS |
Naval Air Training and Operating Procedures Standardization |
NATTC |
Naval Air Technical Training Center |
NAVAIRSYSCOM |
Naval Air Systems Command |
NAVICP |
Naval Inventory Control Point |
NAVPERSCOM |
Naval Personnel Command |
NAWCAD |
Naval Air Warfare Center Aircraft Division |
NAWCWD |
Naval Air Warfare Center Weapons Division |
NEC |
Navy Enlisted Classification |
NEWTS |
New Electronic Warfare Test Set |
NFO |
Naval Flight Officer |
NSD |
Navy Support Date |
NTP |
Navy Training Plan |
NTSP |
Navy Training System Plan |
OATMS |
OPNAV Aviation Training Management System |
OBOGS |
Onboard Oxygen Generating System |
OFP |
Operational Flight Program |
OFT |
Operational Flight Trainer |
OPNAV |
Office of the Chief of Naval Operations |
OPNAVINST |
Office of the Chief of Naval Operations Instruction |
OPO |
OPNAV Principal Official |
OT |
Operational Test |
PH |
Photographer's Mate |
PMA |
Program Manager, Air |
PMDIG |
Programmable Multi-Display Indicator Group |
POE |
Projected Operational Environment |
PSE |
Peculiar Support Equipment |
PTID |
Programmable Tactical Information Display |
RADCOM |
Radar and Communication |
RF |
Radio Frequency |
RFT |
Ready For Training |
ROC |
Required Operational Capability |
SAHRS |
Standard Attitude Heading Reference System |
SCADC |
Standard Central Air Data Computer |
SDLM |
Standard Depot Level Maintenance |
SMS |
Stored Management System |
SRA |
Shop Replaceable Assembly |
SWATSLANT |
Strike Weapons and Tactics School, Atlantic |
TACAN |
Tactical Air Navigation |
TARPS |
Tactical Air Reconnaissance Pod System |
TCS |
Television Camera System |
TD |
Training Device |
TID |
Tactical Information Display |
TIS |
Tactical Imaging System |
TPS |
Test Program Set |
TTE |
Technical Training Equipment |
UHF |
Ultra High Frequency |
VAST |
Versatile Avionics Shop Test |
VF |
Fighter Squadron |
VHF |
Very High Frequency |
WRA |
Weapon Replaceable Assembly |
WST |
Weapon Systems Trainer |
PREFACE
This Draft Navy Training System Plan (NTSP) has been developed to update the Approved F-14A, F-14B, and F-14D Aircraft NTSP, A-50-8511B/A, dated March 2000. This document has been updated to comply with guidelines set forth in the Navy Training Requirements Documentation Manual, OPNAV Publication P-751-1-9-97.
This NTSP provides updated information on the transition schedule to the F/A-18 Aircraft, training track descriptions and lengths, detailed Training Device descriptions, and current manpower and training requirements. A change in intermediate level maintenance concept for the Low-Altitude Navigation and Targeting Infra-Red for Night (LANTIRN) system is also included.
Planned changes for the F-14 series are also outlined including Joint Defense Advance Munition (JDAM), AN/ALE-47 replacing the AN/ALE-39, Tactical Air Reconnaissance Pod System (TARPS) Complete Digital (further pod change), GBU-24E/B Enhanced Paveway III, LANTIRN 40K, and LANTIRN Remote Terminal (RT).
N88-NTSP-A-50-8511C/D
February 2001
PART I - TECHNICAL PROGRAM DATA
A. NOMENCLATURE-TITLE-PROGRAM
1. Nomenclature-Title-Acronym. F-14A, F-14B, and F-14D Aircraft
2. Program Element. 0204144N
B. SECURITY CLASSIFICATION
1. System Characteristics Unclassified
2. Capabilities Secret
3. Functions Unclassified
C. MANPOWER, PERSONNEL, AND TRAINING PRINCIPALS
OPNAV Principal Official (OPO) Program Sponsor CNO (N780C)
OPO Resource Sponsor CNO (N780C)
Developing Agency NAVAIRSYSCOM (PMA241)
Training Agency CINCLANTFLT
CINCPACFLT
CNET
Training Support Agency NAVAIRSYSCOM (PMA205)
Manpower and Personnel Mission Sponsor CNO (N12)
NAVPERSCOM (PERS-4, PERS-404)
Director of Naval Training CNO (N795)
D. SYSTEM DESCRIPTION
1. Operational Uses. The F-14 Tomcat is a long-range, multi-shot, all-weather, strike-fighter aircraft suitable for carrier or shore-based operations. The F-14A, F-14B, and F-14D mission has been expanded to include Precision Strike and Global Positioning System (GPS) functionality. This program increases the F-14 Aircraft's capabilities with target acquisition and weapon delivery of conventional air-to-ground ordnance and laser-guided munitions. Precision Strike capability is provided by a new Forward Looking Infra-Red system known as the AN/AAQ-25 LANTIRN. Additionally, as a result of lessons learned from Operation Desert Storm, all versions of the F-14 have undergone some modification to enhance their survivability in a hostile environment.
The F-14B Aircraft inventory includes new production F-14B Aircraft or remanufactured F-14A Aircraft, both equipped with new F110-GE-400 Engines and other new systems listed in paragraph F. below. Sixty-seven F-14B Aircraft have been modified to extend the service life of the airframes and improve the offensive and defensive posture of the platform. These F-14B Aircraft are referred to as F-14B Upgrade Aircraft. Hereafter, in this NTSP, references to the F-14B will be inclusive of F-14B Upgrade Aircraft, unless specifically stated otherwise.
The F-14D Aircraft inventory includes new production F-14D or remanufactured F-14A Aircraft, both equipped with F110-GE-400 Engines and improved radar and avionics systems, which allow future subsystem growth and increased Aircrew effectiveness through automation and display simplicity. Digital technology eliminates single point failures through redundancy and improved field diagnostic effectiveness.
2. Foreign Military Sales. Iran procured the F-14A. There are no current Foreign Military Sales (FMS) requirements for the F-14 Aircraft. As future FMS requirements become known, information will be included in this NTSP.
E. DEVELOPMENTAL TEST AND OPERATIONAL TEST. The F-14B and F-14D Engineering and Manufacturing Development (EMD) program contained a structured Developmental Test (DT) and Operational Test (OT) schedule developed to meet the highly compressed and concurrent schedule milestones. The principal site for EMD was the Grumman Aircraft Systems Division facility at Calverton, New York, with Naval Air Warfare Center Aircraft Division (NAWCAD) Patuxent River, Maryland, and Naval Air Warfare Center Weapons Division (NAWCWD) Point Mugu, California, used for carrier suitability, missile firings, and other testing as necessary. Eighty percent of the Navy DT was held at the Grumman Aircraft Systems Division facility, with Navy Aircrews flying 30 to 40 percent of the test flights. DT for the F-14D was held at NAWCAD Patuxent River and NAWCWD Point Mugu. OT was performed by VX-9 at Naval Air Station (NAS) Point Mugu.
- F-14D Aircraft DT and OT through OT-IID were completed by January 1993. DT and OT-IIIA, B, and C were completed by 30 September 1996.
- DT for the F-14B Upgrade Aircraft was completed on 5 November 1996. OT of the F-14B Upgrade Aircraft was completed in June 1997.
- DT and OT for the Precision Strike Program's LANTIRN began in February 1996 with the F-14A, followed by the F-14B, and concluded in October 1997 with the F-14D. LANTIRN DT and OT were conducted at NAWCAD Patuxent River and NAWCWD Point Mugu.
F. AIRCRAFT AND/OR EQUIPMENT/SYSTEM/SUBSYSTEM REPLACED. Sixty "core" F-14A Aircraft have been upgraded with the addition of the AN/ALR-67 Countermeasure Warning System, LANTIRN, and the Programmable Tactical Information Display (PTID). The latest Operational Flight Program (OFP) software is the 116D Tactical Tape.
The F-14B Aircraft includes the F110-GE-400 engine, Fatigue Engine Monitoring System, AN/ALR-67, Gun Gas Purge Door modification, Direct Lift Control/Approach Power Compensator, AN/AWG-15F Fire Control System, and Engine Door Tension Fittings change. The F-14Bs are being modified to an "Upgrade" configuration consisting of the MIL-STD-1553B Digital Multiplex Data Bus (DMDB), CP-2213/AWG-9 Mission Flight Computer, PTID, Programmable Multi-Display Indicator Group (PMDIG), and Mission Data Loader, as well as the AN/AWG-15H replacing the predecessor AN/AWG-15F and the Embedded Global Positioning and Inertial Navigation System (EGI) replacing the AN/ASN-92 Carrier Aircraft Inertial Navigation System (CAINS). Other survivability improvements were developed and are being incorporated under the F-14 Airframe Change 828, Multi-Mission Capability Upgrade. The current F-14B Upgrade OFP 320A incorporates the EGI and new weapon systems functions with revisions planned for the upcoming OFP 320A1.
The F-14D Aircraft has been modified with the inclusion of the AN/ASN-163 Miniaturized Airborne Global Positioning System Receiver (MAGR) and other new systems components to improve reliability. The OFP D03A permitted systems interface with the GPS.
In all F-14 series aircraft, the Automatic Flight Control System is being replaced by the Digital Flight Control System (DFCS). The TARPS Pod System has been replaced with TARPS Digital Imaging. Additionally, the LANTIRN capability, Bol Chaff, and the Fast Tactical Imaging System have been added to the aircraft.
G. DESCRIPTION OF NEW DEVELOPMENT
1. Functional Description. The F-14A Aircraft is the basic platform of the F-14 series. It is equipped with two TF-30-P-414A Engines and the systems listed in the table on pages I-7 and I-8. Additions to the aircraft are now limited by the five-year rule to safety of flight improvements, such as the Engine Breather Pressure Monitoring System recently incorporated and improved.
An Upgrade Program was implemented for the F-14B, which extends the service life of the airframe and improves the offensive and defensive posture of each platform. The F-14B Upgrade Program includes the CP-2213/AWG-9 Flight Mission Computer, PMDIG, PTID, AN/AWG-15H Fire Control System, new chaff dispensers for the AN/ALQ-39, Bol Chaff, EGI, and LANTIRN. In addition to the basic upgrades and EGI configuration change to the F-14B Upgrade, further enhancements are being programmed for the aircraft (refer to paragraph G.5 below).
The F-14D provides controls and displays that increase Aircrew effectiveness through automation and simplicity. Additionally, the F-14D provides changes to the radar, airframe, electronic countermeasures systems, Naval Flight Officer (NFO) armament control panel, Pilot air combat maneuvering panel, and emergency jettison panel, which enhance the offensive and defensive posture of the platform. Future plans for the F-14D Aircraft are outlined in paragraph G.5 of this NTSP.
Brief descriptions of F-14 systems and equipment are provided below. A table depicting F-14A, F-14B (including F-14B Upgrade), and F-14D configuration differences follows this narrative.
a. Turbofan Jet Engines (F-14A/B/D). The F-14A is equipped with two TF30-P-414A Turbofan Jet Engines. The F-14B and F-14D Aircraft are equipped with two F110-GE-400 Engines. The F110-GE-400 is a new design that emphasizes reliability, maintainability, and operability. The new high technology engine improves capability and maneuverability without throttle restrictions or engine trimming.
b. MIL-STD-1553B Digital Multiplex Data Bus (F-14B/D). The MIL-STD-1553B DMDB allows for new avionics subsystems to be integrated and employed by changing bus control software.
c. Interference Blanker (F-14D). The MX-10666/A Adaptive Interference Blanker provides signal blanking compatibility.
d. Avionics Interface Unit (F-14D). The Avionics Interface Unit (AIU) converter provides signal conditioning and data formatting necessary to interface the MIL-STD-1553B DMDB with avionics equipment that is not data bus compatible.
e. Computer Interface Unit (F-14D). The Computer Interface Unit (CIU) converter provides signal conditioning and data formatting necessary to interface the MIL-STD-1553B DMDB with radar equipment that is not data bus compatible.
f. AN/ARC-182(V) Very High Frequency/Ultra High Frequency - Amplitude Modulated/Frequency Modulated HAVE QUICK (F-14A/B/D). The AN/ARC-182 Very High Frequency (VHF)/Ultra High Frequency (UHF) provides two way simplex plain and cryptographic voice communication. It is integrated into the avionics system through the security and cockpit audio equipment.
g. AN/AYQ-15 Stores Management System (F-14D). The AN/AYQ-15 Stores Management System (SMS) uses a programmable processor, decoders, and fuel tank jettison units interfaced with a MIL-STD-1553B DMDB to provide the control and logic necessary to prepare, fire, and jettison all stores. The Pilot air combat maneuvering panel, throttles, stick grip, and emergency jettison panel were modified to support the AN/AYQ-15 SMS and weapon systems.
h. Tactical Computer System (F-14D). The Tactical Computer System consists of two AN/AYK-14 Tactical Computers, a Bulk Store Memory Unit, AIU, CIU, and two MIL-STD-1553B DMDBs. One AN/AYK-14 acts as the avionics bus controller and radar Backup Bus Controller. The second AN/AYK-14 Computer acts as the radar controller and avionics Backup Bus Controller. The Bulk Store Memory Unit is used to store software programs and data necessary for both ground support and in-flight operation. The two MIL-STD-1553B DMDBs service each of the tactical computers. Interface with equipment not compatible with the MIL-STD-1553B DMDB is provided by the AIU and CIU.
i. Standard Central Air Data Computer (F-14A/B/D). The Standard Central Air Data Computer (SCADC) provides air data information used for flight control, navigation, and weapon release functions.
j. Embedded Global Positioning System and Inertial Navigation System (F-14B). The EGI provides three independent navigation solutions: Inertial only, GPS only, and blended GPS-Inertial Navigation System (INS).
k. AN/ASN-139 Digital Inertial Navigation System (F-14D). The AN/ASN-139 Digital Inertial Navigation System (DINS) provides aircraft attitude, attitude rates, and velocities to the AIU. The AN/ASN-139 DINS includes its own computer, which performs inertial alignment and station keeping functions. Back-up navigation is achieved by using heading and attitude inputs from AN/USN-2 Standard Attitude Heading Reference System (SAHRS) along with velocity and altitude inputs from the Air Data Computer.
l. AN/ASN-163 Miniaturized Airborne Global Positioning System Receiver (F-14D). The AN/ASN-163 MAGR provides Over-The-Horizon navigation and secure navigation capabilities using satellite information.
m. AN/APG-71 Radar (F-14D). The AN/APG-71 Radar replaces the AN/AWG-9 Radar used in the F-14A/B and has fewer Weapon Replaceable Assemblies (WRA), thereby reducing both weight and space requirements. The functional expansion is achieved by replacement of AN/AWG-9 analog processing hardware with more flexible digital processing. Major changes were made in the following areas: Signal Processor, Data Processor, Digital Display, Central Processor, Receivers, and Antenna configuration.
n. Infrared Search and Track System (F-14D). The Infrared Search and Track System (IRSTS) is a Navy developed system which provides long-range detection in the long wave infrared spectrum of both subsonic and supersonic targets.
o. Joint Tactical Information Distribution System (F-14D). The Air Force common Joint Tactical Information Distribution System (JTIDS) terminal provides secure, jam resistant, high capacity digital data and voice information distribution, and accurate relative navigation capabilities.
p. Electronic Warning Countermeasures Systems (F-14A/B/D). The AN/ALR-67 is a new design Radar Warning Receiver that detects direction of arrival and threat identification for tactical aircraft or missiles and is being installed in all three F-14 series aircraft. The AN/ALQ-165 is the latest generation Airborne Self-Protection Jammer (ASPJ) and is installed in the F-14D. The integration system is designed to operate under computer software management to provide flexibility to meet new threat radar.
q. Head-Up Display (F-14D). The new design Head-Up Display (HUD) is used as the primary flight instrument, weapon status, and weapon delivery display for the aircraft under selected conditions. The HUD receives attack, navigation, situation, and steering control information, and projects symbology on the combining glass for head-up viewing.
r. Television Camera System (F-14A/B/D). Mounted on a chin pod, the Television Camera System (TCS) is a high-resolution closed circuit television system with two cockpit selectable Fields Of View (FOV), wide and narrow. The selected FOV is displayed in the cockpit and can be recorded by the Cockpit Television System (CTVS). A new TCS, in development, will be installed in all three series aircraft.
s. Cockpit Television System (F-14A/B/D). The CTVS is used for debriefing Pilots after a sortie and as a training aid. It is installed in all three F-14 series aircraft; each with a different model. The CTVS in the F-14D is an electro-optical system that displays icons from the HUD combiner and the TCS. The unit consists of a video sensor head on the HUD and an electronic unit on the HUD-Video Control Panel. The sensor signal can be fed to the mission recorder and can be displayed on the Multifunction Display Indicator Group (MDIG). The Video Control Switch on the HUD-Video Control Panel controls operation of the CTVS.
t. Programmable Multi-Display Indicator Group (F-14B). The PMDIG provides software reprogrammable symbology displays in both cockpits for the Aircrew.
u. Controls and Displays System (F-14D). The Controls and Displays System incorporates new programmable interactive display systems and associated integrated cockpit controls. The display equipment consists of three MDIG systems, each consisting of a programmable display processor and associated display heads. One MDIG provides Pilot display capability via a combined Vertical Situation Display and a HUD. The other MDIGs provide Pilot and NFO Head-Down Display capability.
v. Programmable Tactical Information Display (F-14A/B/D). The PTID replaces the Tactical Information Display (TID) and provides programmable push-buttons that are used to program switching for the various tactical processors attached to the MIL-STD-1553B DMDB. The PTID provides improved display readability, brightness, and resolution. The F-14A (usually equipped with a TID) requires the PTID when configured for LANTIRN. The F-14B Upgrade is equipped with the PTID. The F-14D Aircraft uses existing Multi-Function Displays or a PTID when configured for LANTIRN.
w. Precision Strike (F-14A/B/D). Precision Strike provides the F-14 the capability to deliver laser-guided bombs for air-to-ground missions. It consists of the LANTIRN pod with laser designator and internal navigation system, LANTIRN control panel, and night vision capable displays. In LANTIRN equipped F-14As and F-14Bs, the TID has been replaced with the PTID.
x. Ejection Seat Systems (F-14A/B/D). The MK-GRU-7A Ejection Seat is employed in the F-14A and F-14B Aircraft as the primary means of escape. The SJU-17(V) Naval Aircrew Common Ejection Seat (NACES) is the primary means of escape from disabled F-14D Aircraft. These seats also provide in-flight restraint and necessary cockpit interfaces for mission performance.
y. Armament Systems (F-14A/B/D). F-14 Armament consists of Air-to-Air Missiles including the Sidewinder, Sparrow, and Phoenix; Air-to-Ground Precision Guided Weapons; Air-to-Ground Conventional Ordnance; and the M61A-1 Vulcan 20mm gun.
The following table is a configuration comparison of the significant systems in the in-service F-14A, F-14B, and F-14D Aircraft.
NOMENCLATURE |
F-14A AIRCRAFT |
F-14B AIRCRAFT |
F-14D AIRCRAFT |
Engines |
(2) TF30-P-414A |
(2) F110-GE-400 |
(2) F110-GE-400 |
Attitude Heading Reference System (AHRS) |
A/A24G-39 AHRS |
A/A24G-39 AHRS |
AN/USN-2 SAHRS |
Air Data Computers |
CP-1166A/B; CP-175 SCADC |
CP-1166B; CP-175 SCADC |
CP-1166B; CP-175/A SCADC |
Communication Systems |
(1) AN/ARC-182; (1) AN/ARC-159 |
(1) AN/ARC-182; (1) AN/ARC-159 |
(2) AN/ARC-182; (1) AN/URC-107 (V6) JTIDS |
Identification Friend or Foe (IFF) Transponder |
AN/APX-72 |
AN/APX-72 |
AN/APX-100 |
Vertical Display Indicator Group |
AN/AVA-12 |
AN/AVA-12 |
Low Profile HUD |
Control and Display Systems |
AN/ASA-79; (2) Display Processors |
MDIG or PMDIG (F-14B Upgrade) |
(3) MDIG |
Automatic Direction Finder (ADF) |
AN/ARA-50 ADF |
AN/ARA-50 ADF |
OA-8697 |
Tactical Air Navigation (TACAN) |
AN/ARN-84 |
AN/ARN-84 |
AN/ARN-118 |
INS and GPS Navigation Systems |
AN/ASN-92 CAINS I |
AN/ASN-92 CAINS I or EGI (F-14B Upgrade) |
AN/ASN-139 DINS; AN/ASN-163 MAGR |
Fire Control Set |
AN/AWG-15F |
AN/AWG-15F or AN/AWG-15H (F-14B Upgrade) |
AN/AYQ-15 SMS Processor; (10) Decoder Type I, Gun Control Unit; Phoenix Power Supply; Missile Power Relay Unit; (2) Control Panels |
Mission Computer |
5400B/AWG-9 |
5400B/AWG-9 or CP-2213/AWG-9 (F-14B Upgrade) |
(2) CP-1700/AYK-14; AIU; CIU |
Radar |
AN/AWG-9 |
AN/AWG-9 |
AN/APG-71 |
Countermeasure Systems |
AN/ALR-45/50 or AN/ALR-67; AN/ALQ-126B |
AN/ALR-67; AN/ALQ-126B |
AN/ALR-67; AN/ALQ-165 ASPJ |
Adaptive Interference Blanker |
--- |
--- |
MX-10666/A |
IRSTS |
--- |
--- |
AN/AAS-42 |
CTVS |
AN/AXQ-16(V) |
AN/AXQ-16(V)6 |
AN/AXQ-16(V)11 |
TID |
TID/PTID |
TID or PTID (F-14B Upgrade) |
TID; PTID |
Ejection Seat System |
MK GRU-7A |
MK GRU-7A |
SJU-17(V) NACES |
Oxygen System |
Liquid Oxygen |
Liquid Oxygen |
Onboard Oxygen Generating System (OBOGS); Aviation Breathing Oxygen Surveillance System |
2. Physical Description. The only significant change to the dimensions of the F-14B or F-14D Aircraft from those of the F-14A Aircraft is an overall weight increase. The following table provides the significant physical characteristics of the F-14 Aircraft.
Dimensions: Weights (in pounds):
Length: 62 feet 8 inches Empty: 42,000 (F-14A)
Height: 16 feet 43,600 (F-14B)
Wingspan 43,750 (F-14D)
Extended: 64 feet 1-1/2 inches Fuel: 16,200 Internal
Swept: 38 feet 2-1/2 inches 3,800 External
Maximum External Weapon Load: 14,500
Maximum Takeoff: 76,000
3. New Development Introduction. The F-14B and F-14D Aircraft were introduced as production aircraft and through an F-14A Aircraft remanufacturing program. The remanufacture of F-14B and F-14D Aircraft was performed by Grumman and Naval Aviation Depot (NADEP) Norfolk, Virginia. Since NADEP Norfolk ceased operation, modifications for the F-14B Upgrade are now accomplished by NADEP Jacksonville, Florida, and Northrop-Grumman, St. Augustine, Florida.
4. Significant Interfaces. Not Applicable (NA)
5. New Features, Configurations, or Material. Planned changes for the F-14 series are JDAM, ALE-47 replacing the ALE-39, TARPS Complete Digital (further pod change), GBU-24E/B Enhanced Paveway III, LANTIRN 40K, and LANTIRN RT.
For the F-14B Aircraft, further enhancements are being programmed. A replacement Vertical Display Indicator Group (VDIG) and Head-Up Display (HUD) Retrofit using F-14D displays for landing and take-off phases of flight will be incorporated. The reliability and supportability costs will be a vast improvement over the existing HUD. Future software updates include OFP 321A, which provides VDIG Retrofit displays, JDAM and other system improvements, and OFP 322, which provides LANTIRN RT, single pass targeting, in-flight training capability, and full GBU-24E/B capability.
For the F-14D, future plans include new OFP versions. The OFP Tape D03B will provide GBU-24E/B power-only mode and Air Control Revision (ACR) capability. The OFP Tape D04 will provide JDAM, Synthetic Aperture Radar Map, full GBU-24E/B capability, and LANTIRN RT capabilities. An AN/AYK-14 XN-8 Version Mission Computer will replace one XN-6 Computer to permit the use of the D04 tape. A new Navigation Guidance Set (NGS) will be replacing the SAHRS.
H. CONCEPTS
1. Operational Concept. One Pilot and one NFO operate the F-14A, F-14B, and F-14D. The NFO performs the duties of Radar Intercept Officer.
2. Maintenance Concept. General direction and guidance regarding the maintenance concept are provided by the Naval Aviation Maintenance Program (NAMP), OPNAVINST 4790.2 series. The NAMP prescribes the concept of three levels of maintenance: organizational, intermediate, and depot; classification of maintenance requirements by functional complexity; assignment to the maintenance level that has the resources to effectively and economically accomplish the maintenance action; and the organizational structure for collection of data to manage the NAMP.
a. Organizational. Organizational maintenance actions are normally performed by an operating unit on a day-to-day basis in support of its own operations. These actions are generally classified as inspections, servicing, handling, and on-equipment corrective maintenance. Personnel from the aviation maintenance ratings perform organizational level maintenance. Navy Enlisted Classifications (NECs) for F-14A, F-14B, and F-14D common systems and TF30-P-414 Engine are 8845 and 8345. For F-14D-specific systems and the F110-GE-400 Engine (installed in the F-14B and F-14D), the organizational maintenance NECs are 8835 and 8335.
(1) Preventive Maintenance. Preventive maintenance consists of periodic prescribed inspections and servicing of equipment accomplished on a phase, sortie, or hours of operation basis.
(2) Corrective Maintenance. Organizational level maintenance personnel use Built-In Test (BIT) for primary fault isolation to a WRA. The faulty WRA is removed and replaced using Peculiar Support Equipment (PSE) or Common Support Equipment (CSE). Some larger WRAs require the use of non-complex PSE and CSE (e.g., engine, canopy, etc.). No repair of the faulty WRA or its Shop Replaceable Assemblies (SRAs) is accomplished at this level.
b. Intermediate. Intermediate maintenance actions are those normally performed in support of a user activity. These actions include repair, test, and modification of aeronautical equipment, calibration of support equipment, and disposition of assets from stricken aircraft. Intermediate maintenance is performed at Aircraft Intermediate Maintenance Departments (AIMDs), afloat and ashore, to verify faulty WRAs and fault isolate to an SRA or component using the appropriate test equipment.
New avionics procurements since the year 1991 are maintained at the intermediate level using the AN/USM-636(V) Consolidated Automated Support System (CASS). As older automatic test equipment is phased out, its workload is shifted to CASS or to organic depot or contractor repair facilities. This shift of workload affects all models of the F-14 Aircraft. An exception to CASS is the LANTIRN Targeting Pod, which is maintained at the intermediate level by contractors using the Electro-Optical Test Set and Battlefield Reconfigurable Item for Test of Electro-optics (EOTS/BRITE).
The following table illustrates the intermediate level repair requirements by system.
INTERMEDIATE LEVEL REPAIR REQUIREMENTS BY SYSTEM
SYSTEM |
INTERMEDIATE MAINTENANCE REQUIREMENTS |
F110-GE-400 |
First degree repair, with test cell facility. |
TF30-P-414A |
First degree repair, with test cell facility. |
AN/ARC-182 VHF/UHF Radio |
All WRAs and selected SRAs are fault isolated using the AN/ARM-200, TS-4110, or TG-8300 Test Sets. |
AN/AYQ-15 SMS |
Contractor maintenance. |
AN/AYK-14 Computer |
Fault isolate WRAs to SRAs using the AN/ASM-607 Memory Loader Verifier, AN/ASM-667 Computer Test Set Maintenance Assist Modules, and associated CSE. |
SCADC |
No intermediate level repair. Equipment is sent directly to the depot level. |
AN/USN-2 SAHRS |
No intermediate level repair. Units found defective at the organizational maintenance level are forwarded to the depot maintenance activity for repair. |
AN/ASN-163 MAGR |
Fault isolate WRA to the SRA level using the AN/USM-467 Weapon System Test Station Radar and Communication (RADCOM) and AN/USM-636(V) CASS Communication Navigation configuration. |
AN/ASN-139 DINS |
Fault isolate WRAs to the SRA level using the AN/USM-636(V) CASS Communication Navigation configuration. Fault isolate the SRA to the bit and piece level using CASS Hybrid configuration. |
EGI |
Contractor maintenance. |
AN/ASN-92 CAINS I |
Fault isolate WRAs and SRAs using the AN/USM-247 Versatile Avionics Shop Test (VAST). (CAINS I will not transition to CASS as it replaces the AN/USM-247 VAST.) |
AN/APG-71 Radar |
Fault isolate WRAs and SRAs to the bit and piece level using the AN/USM-467 RADCOM, the AN/USM-429 CAT-IIID(V)1, and the AN/AWM-23 Module Test and Radio Frequency (RF) Test Stations. (The AN/AWM-23 will be replaced by AN/USM-636(V) CASS beginning in FY00). |
AN/AWG-9 Radar |
Verify faulty WRA and fault isolate to the SRA level using AN/AWM-23 Low Frequency, Module, Computer, Controls and Display, and RF Test Stations. |
IRSTS |
Fault isolate WRAs to the SRA level using the AN/USM-636(V) CASS Electro-Optical configuration. Fault isolate the SRA to the bit and piece level using CASS Hybrid configuration. |
JTIDS |
Fault isolate WRAs to the SRA level using the AN/USM-636(V) CASS Communication Navigation configuration. Fault isolate the SRA to the bit piece level using CASS Hybrid configuration. |
AN/APX-72 IFF |
Verify fault, remove, and replace SRAs by use of the AN/UPM-155 IFF Radar Test Set. |
AN/APX-100 IFF |
Verify fault, remove, and replace SRAs by use of the AN/UPM-155 IFF Radar Test Set. |
TSEC/KY-58 |
Verify faulty WRA and fault isolate to the SRA level using BIT capability. |
OA-8697 ADF (Contractor Furnished Equipment) |
No intermediate level repair. Equipment is sent directly to the depot level. |
AN/ALR-67 |
Verify faulty WRA and fault isolate to the SRA level using the AN/USM-487 Advanced Electronic Warfare Test Set or AN/USM-458 New Electronic Warfare Test Set (NEWTS). (The AN/USM-458 NEWTS will be replaced by AN/USM-636(V) CASS beginning in FY04.) |
AN/ALQ-165 ASPJ |
Verify faulty WRA and fault isolate to the SRA level using AN/USM-636(V) CASS. |
AN/AWG-15 |
Contractor maintenance. |
Sensor Display Indicator Set |
Contractor maintenance. |
DFCS |
No intermediate level repair. Equipment is sent directly to the depot level. |
IP-1494/A HUD |
Fault isolate WRA, repair to include maintenance on applicable interface devices using the AN/USM-467 RADCOM. |
TCS |
Fault isolate WRAs to the SRA level and SRAs to the bit and piece level using the AN/USM-472 Test Bench. |
CTVS |
Fault isolate WRAs to the SRA level and SRAs to the bit and piece level using the AN/AXM-8 Test Bench. |
MDIG |
Fault isolate WRAs and SRAs to the bit and piece level using the AN/USM-470(V)2 ashore or the interim Avionics Test Set (ATS) afloat. |
PMDIG |
Fault isolate WRAs to the SRA level using the AN/USM-636(V) CASS Communication Navigation configuration. SRAs are returned to supply for contractor maintenance. |
PTID |
Fault isolate WRAs to the SRA level using the AN/USM-636(V) CASS Communication Navigation configuration. SRAs are returned to supply for contractor maintenance. |
LANTIRN |
Contractor maintenance using the EOTS/BRITE |
NACES |
No intermediate level maintenance is planned for the ejection seat. The Aircraft Intermediate Maintenance Department (AIMD) Aviators Safety Equipment Shop (Work Center 81B) performs intermediate level maintenance on the survival kit. The Parachute Shop (Work Center 81A) maintains the main parachute and drogue chute. |
OBOGS |
Fault isolate WRA to the SRA level using the TTU-521/E Monitor/Regulator Test Set and TTU-518/E Concentrator Test Set. |
c. Depot. The Fleet Support Team for F-14 Aircraft depot level maintenance is NADEP Jacksonville. (Selected items and equipment employ contractor depot level maintenance.) The Navy Support Date (NSD) for the F-14B Upgrade was achieved in January 1999 for all systems except the PTID which achieved NSD in April 1999.
d. Interim Maintenance. NA
e. Life Cycle Maintenance Plan. The F-14 Aircraft is periodically inspected and reworked throughout its life cycle through the Standard Depot Level Maintenance (SDLM) program. F-14 Aircraft SDLM is accomplished at NADEP Jacksonville on a 68-month cycle. The Integrated Maintenance Concept is not planned for the F-14 aircraft.
3. Manning Concept. Qualitative and quantitative manpower requirements for the F-14A, F-14B, and F-14D Aircraft are driven by the total preventive and corrective maintenance workload, Required Operational Capabilities (ROC), and Projected Operational Environment (POE) requirements. While individual squadrons will maintain current manning levels for a Primary Aircraft Assigned of 12 aircraft, the Type Commanders are authorized to deploy F-14 squadrons with ten aircraft. The capability to surge deployed F-14 squadrons to 14 aircraft will be maintained.
Activity Manpower Documents (AMD) for each F-14A, F-14B, and F-14D squadron were developed under current F-14 ROC and POE requirements. The F-14B Upgrade does not cause any changes to current manpower requirements.
Naval Air Systems Command (AIR 3.4.1) conducted a manpower and training analysis on LANTIRN requirements. This analysis is documented in the Initial NTSP for F-14 Low-Altitude Navigation and Targeting Infrared System for Night Targeting System, dated August 1998.
4. Training Concept. Training for the F-14A, F-14B, and F-14D Aircraft and their systems is available for operator, organizational maintenance, and intermediate maintenance personnel. Pilots and NFOs receive training for the appropriate F-14 series aircraft at the Fleet Readiness Squadron (FRS), Fighter Squadron (VF)-101, at NAS Oceana, Virginia. Organizational level maintenance training is provided by Maintenance Training Unit (MTU) 1007 Naval Air Maintenance Training Unit (NAMTRAU) Oceana, Virginia (recently re-designated from Naval Air Maintenance Training Group Detachment (NAMTRAGRU DET)). Intermediate level maintenance personnel receive training at MTUs located at various NAMTRAUs and NAMTRAGRU DETs around the country.
Note: In June 2000 NAMTRAGRU DETs Jacksonville, Florida; Lemoore, California; Norfolk, Virginia; North Island, California; Oceana, Virginia; and Whidbey Island, Washington were re-designated NAMTRAUs. The functions and tasks performed by these subject detachments have increased in scope and responsibility to a level normally assigned to CNO established shore activities. Therefore they have been upgraded to NAMTRAUs.
MTU 1007 incorporated F-14B Upgrade systems training into existing organizational level maintenance courses to provide training to Aviation Electronics Technician (AT) personnel on the differences between the F-14B and the F-14B Upgrade Aircraft.
The training concept for Precision Strike LANTIRN currently consists of operator and organizational level maintenance training. Operator training is accomplished through desktop trainers and Computer-Based Training (CBT) during regular Aircrew training at the FRS and at Strike Weapons and Tactics School, Atlantic (SWATSLANT). These desktop trainers are located at the SWATSLANT facility and are also deployed with squadrons for shipboard training. Organizational level maintenance training is conducted by MTU 1007 and is currently taught to squadron personnel as "block" training when needed. It has been incorporated into the avionics courses and is in the approval process. No intermediate level maintenance training or training on the EOTS/BRITE Test Set is required since contractor support personnel will accomplish intermediate level maintenance on the LANTIRN.
a. Initial Training. All initial training for the F-14A, F-14B, and F-14D Aircraft has been completed. When new systems and mission capabilities are introduced, NAWCAD Patuxent River or NAWCWD Point Mugu Project Aircrew personnel conduct initial Aircrew training. Initial cadre training for F-14 squadron maintenance, Naval Air Technical Data and Engineering Service Command (NATEC), and NAMTRAU personnel is normally accomplished via contractors, such as Northrop Grumman Corporation Logistics Technology Center. Prior to DT and OT, the contractor conducted initial training for LANTIRN.
Initial training for the F-14B Upgrade for DT and OT personnel, Naval Air Maintenance Training Group Detachment (NAMTRAGRU DET) Instructors, and fleet AT personnel was conducted in May 1996, September 1996, February 1997, and October 1997. As deploying squadrons were provided the F-14B Upgrade Aircraft during this period, the contractor familiarized squadron AT personnel with the newly installed systems.
The new Tactical Imaging System (TIS) has been incorporated in the F-14B Upgrade and F-14D Integrated Weapon System Maintenance Trainer (IWSMT). The TIS is being taught as a block course at NAMTRAU 1007.
b. Follow-on Training
(1) Pilot and NFO Training. Pilots and NFOs receive training for the appropriate F-14 series aircraft at VF-101. Operator training for F-14 TARPS is also conducted at VF-101.
Title |
F-14 Pilot Category 1 |
CIN |
D-2A-1601 |
Model Manager |
VF-101 |
Description |
This pipeline provides the first tour Pilot knowledge and skills, including:
Upon completion, the student will be able to perform as an F-14 Pilot in a squadron environment. |
Location |
VF-101 |
Length |
322 days |
RFT date |
Currently available |
Skill identifier |
1311 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Pilot Category 3 |
CIN |
D-2A-1602 |
Model Manager |
VF-101 |
Description |
This pipeline provides the second tour Pilot knowledge and skills, including:
Upon completion, the student will be able to perform as an F-14 Pilot in a squadron environment. |
Location |
VF-101 |
Length |
322 days |
RFT date |
Currently available |
Skill identifier |
1311 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Pilot Category 2 |
CIN |
D-2A-1603 |
Model Manager |
VF-101 |
Description |
This pipeline provides F-14 Advanced Replacement Pilot training, including:
Upon completion, the student will be able to perform as an F-14 Pilot in a squadron environment. |
Location |
VF-101 |
Length |
215 days |
RFT date |
Currently available |
Skill identifier |
1311 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Pilot Category 4 |
CIN |
D-2A-1604 |
Model Manager |
VF-101 |
Description |
This pipeline provides F-14 senior level Pilot refresher training, including:
Upon completion, the student will qualify as a Senior F-14 Pilot and could perform the duties of Naval Air Training and Operating Procedures Standardization (NATOPS) Instructor in a squadron environment. |
Location |
VF-101 |
Length |
75 days |
RFT date |
Currently available |
Skill identifier |
1311 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Pilot Instructor Under Training Category 5 |
CIN |
D-2A-1605 |
Model Manager |
VF-101 |
Description |
This pipeline provides fleet Instructor Pilots training in the instructional techniques and standardized procedures necessary for training F-14 Fleet Replacement Pilots, including:
Upon completion, the student will be able to perform as an F-14 Instructor Pilot in a training squadron environment. |
Location |
VF-101 |
Length |
40 days |
RFT date |
Currently available |
Skill identifier |
1312 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Naval Flight Officer Category 1 |
CIN |
D-2D-1601 |
Model Manager |
VF-101 |
Description |
This pipeline provides initial training for first tour Fleet Replacement NFOs, including:
Upon completion, the student will be able to perform as an F-14 NFO in a squadron environment. |
Location |
VF-101 |
Length |
267 days |
RFT date |
Currently available |
Skill identifier |
1321 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Naval Flight Officer Category 3 |
CIN |
D-2D-1602 |
Model Manager |
VF-101 |
Description |
This pipeline provides second tour Fleet Replacement NFOs training, including:
Upon completion, the student will be able to perform as an F-14 NFO in a squadron environment. |
Location |
VF-101 |
Length |
191 days |
RFT date |
Currently available |
Skill identifier |
1321 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Naval Flight Officer Category 2 |
CIN |
D-2D-1603 |
Model Manager |
VF-101 |
Description |
This pipeline provides advanced replacement NFO training, including:
Upon completion, the student will be able to perform as an F-14 NFO in a squadron environment. |
Location |
VF-101 |
Length |
128 days |
RFT date |
Currently available |
Skill identifier |
1321 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Naval Flight Officer Category 4 |
CIN |
D-2D-1604 |
Model Manager |
VF-101 |
Description |
This pipeline provides senior level replacement NFO training, including:
Upon completion, the student will be able to perform as a Senior F-14 NFO and NATOPS Instructor in a squadron environment. |
Location |
VF-101 |
Length |
45 days |
RFT date |
Currently available |
Skill identifier |
1321 |
TTE/TD |
|
Prerequisite |
|
Title |
F-14 Naval Flight Officer (IUT) Category 5 |
CIN |
D-2D-1605 |
Model Manager |
VF-101 |
Description |
This pipeline provides fleet Instructor NFO training in the instructional techniques and standardized procedures necessary for training F-14 Fleet Replacement NFOs, including:
Upon completion, the student will qualify as an F-14 Instructor NFO in a training squadron environment. |
Location |
VF-101 |
Length |
45 days |
RFT date |
Currently available |
Skill identifier |
1322 |
TTE/TD |
|
Prerequisite |
|
(2) Maintenance Training. Organizational level maintenance courses are centered on a specific rating and Navy Enlisted Classification (NEC) by aircraft series. Recent changes to the training concept include consolidating several separate F-14A/B and F-14D courses. This includes courses addressing armament, electrical systems, and environmental systems. In addition, the F-14A/B and F-14D Integrated Weapon Systems training was incorporated into the career avionics training courses for the respective aircraft, thereby eliminating the Weapon System Technician NECs 7970 and 7971. Now, with the exception of the avionics and engine training courses, organizational maintenance training applies to more than one F-14 platform.
Intermediate level maintenance training for common aircraft equipment is provided by MTUs located at various NAMTRAUs. F-14 peculiar equipment intermediate level training is taught at MTU 1007. Personnel assigned to intermediate level maintenance activities in support of F-14 squadrons receive NEC-specific training needed to fill specific billets in a fleet support activity.
Computer Aided Instruction (CAI) is RFT at MTU 1007 NAMTRAU Oceana, using materials received through NAVAIRSYSCOM contracts, and is being augmented as new systems and capabilities are brought into the community. Interactive Courseware (ICW), intended for squadron use, was developed under the same contract but requires further development to meet fleet requirements. CAI software was integrated into all current organizational level maintenance curricula and Ready For Training (RFT) in December 1999. The ICW requires further funding for additional development and is an on-going project.
MTU 1007 provides training to AT personnel in the differences between the F-14B and the F-14B Upgrade Aircraft. F-14B Upgrade systems differences organizational level maintenance was incorporated into the avionics initial and career organizational maintenance courses contained in training tracks D-102-1623 and D-102-1624. In addition, these courses were revised and now include the LANTIRN System.
Title |
F-14A/B Avionics Systems (Career) Organizational Maintenance |
CIN |
D-102-1623 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides career Aviation Electronics Technician personnel with knowledge and theory of the avionics systems of the F-14A/B Aircraft, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14A/B Avionics Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
82 days |
RFT date |
Currently available |
Skill identifier |
AT 8345 |
TTE/TD |
IWSMT |
Prerequisites |
|
Title |
F-14A/B Avionics Systems (Initial) Organizational Maintenance |
CIN |
D-102-1624 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Electronics Technician personnel an introduction to the F-14A/B, including:
Upon completion the student will be able to safely perform entry level organizational maintenance on the F-14A/B integrated avionics systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
44 days |
RFT date |
Currently available |
Skill identifier |
AT 8845 |
TTE/TD |
IWSMT |
Prerequisites |
|
Title |
F-14D Avionics Systems (Initial) Organizational Maintenance |
CIN |
D-102-1625 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Electronics Technician personnel an introduction to the F-14D, including:
Upon completion the student will be able to safely perform entry level organizational maintenance on the F-14D integrated avionics systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
37 days |
RFT date |
Currently available |
Skill identifier |
AT 8835 |
TTE/TD |
IWSMT |
Prerequisites |
|
Title |
F-14D Avionics Systems (Career) Organizational Maintenance |
CIN |
D-102-1630 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides career Aviation Electronics Technician personnel with sufficient knowledge and theory of the avionics systems of the F-14D Aircraft, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14D Avionics Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
96 days |
RFT date |
Currently available |
Skill identifier |
AT 8335 |
TTE/TD |
IWSMT |
Prerequisites |
|
Title |
F-14 Photo Equipment Maintenance |
CIN |
D-400-1600 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Photographer's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform organizational maintenance on the LA-610A TARPS in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
39 days |
RFT date |
Currently available |
Skill identifier |
Photographer's Mate (PH) 8345 |
TTE/TD |
LA-610A TARPS Pod |
Prerequisites |
|
Title |
F-14 Non-Designated Airman |
CIN |
D-600-1600 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides fleet squadron Non-Designated Airman personnel an introduction to the F-14, including:
Upon completion, the student will be able to perform as a Non-Designated Airman in a squadron environment under direct supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
19 days |
RFT date |
Currently available |
Skill identifier |
All ratings |
TTE/TD |
None |
Prerequisite |
A-950-0069, Airman Apprentice Training or equivalent fleet experience |
Title |
F-14A Power Plants and Related Systems (Career) Organizational Maintenance |
CIN |
D-601-1611 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides career Aviation Machinist's Mate personnel with sufficient knowledge of the F-14A Power Plants and its related systems, including:
Upon completion, the student will be able to perform F-14A organizational maintenance in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
22 days |
RFT date |
Currently available |
Skill identifier |
AD 8345 |
TTE/TD |
|
Prerequisite |
D-601-1613, F-14A Power Plants and Related Systems (Initial) Organizational Maintenance |
Title |
F-14B/D Power Plants and Related Systems (Career) Organizational Maintenance |
CIN |
D-601-1612 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides career Aviation Machinist's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to safely perform organizational maintenance on the F-14B/D Power Plants and Related Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
23 days |
RFT date |
Currently available |
Skill identifier |
AD 8335 |
TTE/TD |
|
Prerequisite |
D-601-1614, F-14B/D Power Plants and Related Systems (Initial) Organizational Maintenance |
Title |
F-14A Power Plants and Related Systems (Initial) Organizational Maintenance |
CIN |
D-601-1613 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Machinist's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to safely perform entry level maintenance on the F-14A Power Plant and Related Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
19 days |
RFT date |
Currently available |
Skill identifier |
Aviation Machinist's Mate (AD) 8845 |
TTE/TD |
|
Prerequisites |
|
Title |
F-14B/D Power Plants and Related Systems (Initial) Organizational Maintenance |
CIN |
D-601-1614 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Machinist's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to safely perform entry level maintenance on the F-14B/D Power Plant and Related Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
23 days |
RFT date |
Currently available |
Skill identifier |
AD 8835 |
TTE/TD |
|
Prerequisite |
C-601-2014, Aviation Machinist's Mate Turbojet Fundamentals Strand Class A1 |
Title |
F-14 Electrical Systems (Career) Organizational Maintenance |
CIN |
D-602-1652 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides career Aviation Electrician's Mate personnel with sufficient skills and knowledge of the electrical, airframe, hydraulics, and environmental control systems of the F-14 Aircraft, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14 Electrical Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
101 days |
RFT date |
Currently available |
Skill identifier |
Aviation Electrician's Mate (AE) 8345 |
TTE/TD |
|
Prerequisites |
|
Title |
F-14 Electrical Systems (Initial) Organizational Maintenance |
CIN |
D-602-1657 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Electrician's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform entry-level organizational maintenance on the F-14 Electrical Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
37 days |
RFT date |
Currently available |
Skill identifier |
AE 8845 |
TTE/TD |
|
Prerequisites |
|
Title |
F-14 Environmental/Escape Systems (Career) Organizational Maintenance |
CIN |
D-602-1661 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides second tour Aviation Structural Mechanic (Safety Equipment) personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14 Environmental and Escape Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
16 days |
RFT date |
Currently available |
Skill identifier |
Aviation Structural Mechanic (Safety Equipment) (AME) 8345 |
TTE/TD |
Cockpit Environmental - Escape Systems Trainer |
Prerequisite |
D-602-1667, F-14 Environmental/Escape Systems (Initial) Organizational Maintenance |
Title |
F-14 Environmental/ Escape Systems (Initial) Organizational Maintenance |
CIN |
D-602-1667 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Structural Mechanic (Safety Equipment) personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform limited organizational maintenance on the F-14 Environmental and Escape Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
39 days |
RFT date |
Currently available |
Skill identifier |
AME 8845 |
TTE/TD |
Cockpit Environmental - Escape Systems Trainer |
Prerequisite |
|
Title |
F-14 Airframe and Hydraulic Systems (Career) Organizational Maintenance |
CIN |
D-602-1681 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides second tour Aviation Structural Mechanic (Hydraulics) and Aviation Structural Mechanic (Structures) personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14 Airframes and Hydraulic Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
33 days |
RFT date |
Currently available |
Skill identifier |
|
TTE/TD |
|
Prerequisite |
D-602-1683, F-14 Airframe and Hydraulic Systems (Initial) Organizational Level Maintenance |
Title |
F-14 Airframe and Hydraulic Systems (Initial) Organizational Maintenance |
CIN |
D-602-1683 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Structural Mechanic (Hydraulics) and Aviation Structural Mechanic (Structures) personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to safely perform entry level maintenance on the F-14 Airframe and Hydraulic Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
16 days |
RFT date |
Currently available |
Skill identifier |
|
TTE/TD |
|
Prerequisites |
|
Title |
F-14 Armament Systems (Career) Organizational Maintenance |
CIN |
D-646-1641 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides second tour Aviation Ordnanceman personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform organizational maintenance on the F-14 Armament Systems in a squadron environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
18 days |
RFT date |
Currently available |
Skill identifier |
Aviation Ordnanceman (AO) 8345 |
TTE/TD |
|
Prerequisites |
|
Title |
F-14 Armament Systems (Initial) Organizational Maintenance |
CIN |
D-646-1647 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides first tour Aviation Ordnanceman personnel with sufficient knowledge and skills, including:
Upon completion the student will be able to perform limited organizational maintenance on the F-14 Armament Systems in a squadron environment under close supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
26 days |
RFT date |
Currently available |
Skill identifier |
AO 8845 |
TTE/TD |
|
Prerequisites |
|
Note: The next five training tracks are listed on both coasts. For the purpose of this NTSP all personnel are stationed on the East Coast and no student throughput will be shown for West Coast training in elements II.B.1 or III.A.2.
Title |
Microminiature Electronics Repair |
CIN |
A-100-0073 |
Model Manager |
Fleet Training Center, San Diego |
Description |
This track provides Aviation Electrician's Mate and Aviation Electronics Technician personnel with sufficient knowledge and skills to perform microminiature repair techniques at the intermediate maintenance level, including:
Upon completion, the student will be able to perform Microminiature Electronics Repair in a shop environment under limited supervision. |
Locations |
|
Length |
12 days |
RFT date |
Currently available |
Skill identifier |
|
TTE/TD |
None |
Prerequisite |
A-100-0072, Miniature Electronics Repair |
Title |
Electronics Identification Equipment Intermediate Maintenance |
CIN |
D/E-102-6039 |
Model Manager |
MTU 1011 NAMTRAU Jacksonville |
Description |
This track provides Aviation Electronics Technician personnel with sufficient knowledge and skills to test and troubleshoot, analyze circuits, and fault isolate the following:
Upon completion, the student will be able to perform intermediate maintenance on Electronic Identification Equipment in a shop environment under limited supervision. |
Locations |
|
Length |
65 days |
RFT date |
Currently available |
Skill identifier |
AT 6609 |
TTE/TD |
Aircraft IFF systems are used as TTE during this course. |
Prerequisites |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
Digital Data Link Communications Intermediate Maintenance Technician |
CIN |
D/E-102-6059 |
Model Manager |
MTU 1038 NAMTRAU Lemoore, California |
Description |
This track provides Aviation Electronics Technician personnel with sufficient knowledge and skills to test and troubleshoot, analyze circuits, and fault isolate the following:
Upon completion, the student will be able to perform intermediate maintenance on Digital Data Link Communication Equipment in a shop environment under limited supervision. |
Locations |
|
Length |
33 days |
RFT date |
Currently available |
Skill identifier |
AT 6607 |
TTE/TD |
Aircraft digital data link systems are used as TTE during this course. |
Prerequisites |
|
Title |
Radar Altimeter Equipment Intermediate Maintenance |
CIN |
D/E-102-6109 |
Model Manager |
MTU 1036 NAMTRAU North Island |
Description |
This track provides Aviation Electronics Technician personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform intermediate maintenance on Radar Altimeter Equipment in a shop environment under limited supervision. |
Locations |
|
Length |
30 days |
RFT date |
Currently available |
Skill identifier |
AT 6605 |
TTE/TD |
Actual aircraft radar altimeter systems are used during this course. |
Prerequisites |
|
Title |
TACAN Radio Navigation Equipment Intermediate Maintenance Pipeline |
CIN |
D/E-102-6113 |
Model Manager |
MTU 1038 NAMTRAU Lemoore |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of TACAN Radio Navigation Equipment, including:
Upon completion, the student will be able to perform intermediate maintenance on TACAN Radio Navigation Equipment in a shop environment under limited supervision. |
Locations |
|
Length |
37 days |
RFT date |
Currently available |
Skill identifier |
AT 6612 |
TTE/TD |
Aircraft TACAN systems are used as TTE during this course. |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
TARPS Camera Repair IMA Technician |
CIN |
D-102-6141 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with the skills and knowledge to perform intermediate level maintenance on aircraft TARPS Camera Equipment, including system analysis, testing and troubleshooting, removal and replacement of defective parts, and safety precautions of:
Upon completion, the student will be able to perform intermediate maintenance on the TARPS Camera Systems in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
145 days |
RFT date |
Currently available |
Skill identifier |
AT 6677 |
TTE/TD |
|
Prerequisites |
|
Title |
UHF Communications Equipment Intermediate Maintenance |
CIN |
D-102-6152 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of UHF Communications Equipment, including:
Upon completion, the student will be able to perform intermediate maintenance on UHF Communications Equipment in a shop environment under limited supervision. |
Location |
|
Length |
40 days |
RFT date |
Currently available |
Skill identifier |
AT 6611 |
TTE/TD |
Aircraft UHF, ADF, and intercommunications equipment is used as TTE during this course. |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
AWM-23 Computer Test Station Intermediate Maintenance |
CIN |
D-104-8001 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion, the student will be able to operate the AN/AWM-23 Computer Test Station in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
72 days |
RFT date |
Currently available |
Skill identifier |
AT 7989 |
TTE/TD |
|
Prerequisites |
|
Title |
AWM-23 Controls and Display Test Station Intermediate Maintenance |
CIN |
D-104-8002 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion, the student will be able to operate the AN/AWM-23 Controls and Display Test Station in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
58 days |
RFT date |
Currently available |
Skill identifier |
AT 7991 |
TTE/TD |
|
Prerequisites |
|
Title |
AWM-23 RF Test Station Intermediate Maintenance |
CIN |
D-104-8003 |
Model Manager |
MTU-1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion, the student will be able to operate the AN/AWM-23 RF Test Station in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
100 days |
RFT date |
Currently available |
Skill identifier |
AT 7984 |
TTE/TD |
|
Prerequisites |
|
Title |
AWM-23 LF Test Station Intermediate Maintenance |
CIN |
D-104-8005 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion, the student will be able to operate the AN/AWM-23 LF Test Station in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
65 days |
RFT date |
Currently available |
Skill identifier |
AT 7988 |
TTE/TD |
|
Prerequisites |
|
Title |
AWM-23 Module Test Station Intermediate Maintenance |
CIN |
D-104-8006 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion, the student will be able to operate the AN/AWM-23 Module Test Station in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
51 days |
RFT date |
Currently available |
Skill identifier |
AT 7992 |
TTE/TD |
|
Prerequisites |
|
Title |
AN/ASM-608 Inertial Measurement Unit Test Set (IMUTS) Operation/Maintenance |
CIN |
D/E-150-6010 |
Model Manager |
MTU 3011 NAMTRAGRU DET Miramar, California |
Description |
This track provides Aviation Electrician's Mate and Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of Inertial Measuring Equipment, including:
Upon completion the student will be able to operate and maintain the AN/ASM-608 IMUTS in a shop environment under limited supervision. |
Locations |
|
Length |
51 days |
RFT date |
Currently available |
Skill identifier |
AE and AT 7197 |
TTE/TD |
AN/ASM-608 IMUTS |
Prerequisites |
C-602-2039, Aviation Electrician's Mate O Level Strand Class A1 or equivalent fleet experience |
Title |
AN/USM-429 Computerized Automatic Test Station (CAT-IIID) Operation/Maintenance |
CIN |
D/E-198-6005 |
Model Manager |
MTU 3010 NAMTRAU Oceana |
Description |
This track prepares Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation to WRAs and SRAs to a defective component, including:
Upon completion, the student will be able to perform CAT-IIID operation and maintenance at the intermediate level of maintenance in a shop environment under limited supervision. |
Locations |
|
Length |
66 days |
RFT date |
Currently available |
Skill identifier |
AT 6686 |
TTE/TD |
AN/USM-429 CAT-IIID |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
AN/USM-484 Hybrid Test Station (HTS) Operation/Maintenance |
CIN |
D/E-198-6045 |
Model Manager |
MTU 1038 NAMTRAU Lemoore |
Description |
This track prepares Aviation Electronics Technician personnel with sufficient skills and knowledge to operate the AN/USM-484 HTS, including:
Upon completion, the student will be able to perform HTS Operation and Maintenance at the intermediate level of maintenance in a shop environment under limited supervision. |
Locations |
|
Length |
65 days |
RFT date |
Currently available |
Skill identifier |
AT 6688 |
TTE/TD |
AN/USM-484 HTS |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
Consolidated Automated Support System (CASS) Operator/Maintainer Intermediate Maintenance |
CIN |
D/E-198-6102 |
Model Manager |
MTU 3010 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation to WRAs and SRAs, including:
Upon completion, the student will be able to operate and maintain CASS at the intermediate level of maintenance in a shop environment under limited supervision. |
Locations |
|
Length |
51 days |
RFT date |
Currently available |
Skill identifier |
AT 6704 |
TTE/TD |
AN/USM-636(V) CASS |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
AN/USM-467 Radar Communications (RADCOM) Test Station Operation/Maintenance |
CIN |
D-198-6231 |
Model Manager |
MTU 3010 NAMTRAU Oceana |
Description |
This track provides Aviation Electronics Technician personnel with sufficient skills and knowledge to perform testing, troubleshooting, circuit analysis, and fault isolation of:
Upon completion the student will be able to operate and maintain the AN/USM-467 RADCOM in a shop environment under limited supervision. |
Locations |
|
Length |
93 days |
RFT date |
Currently available |
Skill identifier |
AT 6633 |
TTE/TD |
AN/USM-467 RADCOM |
Prerequisite |
C-100-2017, Avionics Technician I Level Class A1 or equivalent fleet experience |
Title |
TF30-P-414A Engine First Degree Intermediate Maintenance |
CIN |
D-601-3005 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Machinist's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform first degree intermediate maintenance on the TF-30-P-414A Turbofan Jet Engine in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
53 days |
RFT date |
Currently available |
Skill identifier |
AD 6415 |
TTE/TD |
TF30-P-414A Turbofan Jet Engine |
Prerequisite |
C-601-2014, Aviation Machinist's Mate Turbojet Fundamentals Strand Class A1 |
Title |
F110-GE-400 Engine First Degree Intermediate Maintenance |
CIN |
D-601-3040 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Machinist's Mate personnel with sufficient knowledge and skills, including:
Upon completion, the student will be able to perform first degree intermediate maintenance on the F-110-GE-400 Turbofan Jet Engine in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
58 days |
RFT date |
Currently available |
Skill identifier |
AD 6410 |
TTE/TD |
F-110-GE-400 Turbofan Jet Engine |
Prerequisite |
C-601-2014, Aviation Machinist's Mate Turbojet Fundamentals Strand Class A1 |
Title |
Hydraulic Components Intermediate Maintenance |
CIN |
D/E-602-4008 |
Model Manager |
NAMTRAU Oceana |
Description |
This track provides Aviation Structural Mechanic (Hydraulics) personnel with sufficient skills and knowledge of the Aircraft Hydraulic and Pneumatic Component Test Stand (HCT-10), including:
Upon completion the student will be able to perform Hydraulic Component Intermediate Maintenance in a shop environment under limited supervision. |
Locations |
|
Length |
23 days |
RFT date |
Currently available |
Skill identifier |
AMH 7212 |
TTE/TD |
Aircraft hydraulic components are used during this course. |
Prerequisite |
C-603-0176, Aviation Structural Mechanic Organizational Level Strand Class A1 |
Title |
AN/ASM-175 Electronic Module Test Console (EMTC) Intermediate Maintenance |
CIN |
D-602-5024 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track provides Aviation Electrician's Mate personnel with sufficient skills and knowledge to operate the AN/ASM-175 EMTC at the intermediate maintenance level in WRA and SRA support of:
Upon completion, the student will be able to operate the EMTC in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
22 days |
RFT date |
Currently available |
Skill identifier |
AE 7173 |
TTE/TD |
AN/ASM-175 Electronic Module Test Console |
Prerequisites |
|
Title |
Attitude Heading Reference System Intermediate Maintenance |
CIN |
D-602-5028 |
Model Manager |
MTU 1007 NAMTRAU Oceana |
Description |
This track prepares Aviation Electrician's Mate personnel with sufficient skills and knowledge to perform intermediate maintenance on Attitude Heading Reference Systems (AHRS), including:
Upon completion, the student will be able to perform AHRS intermediate maintenance in a shop environment under limited supervision. |
Location |
MTU 1007 NAMTRAU Oceana |
Length |
30 days |
RFT date |
Currently available |
Skill identifier |
AE 7105 |
TTE/TD |
Aircraft AHRSs are used as TTE during this course. |
Prerequisites |
|
Title |
Aircraft Sealed Instrument Intermediate Repair |
CIN |
D-602-5062 |
Model Manager |
MTU 1011 NAMTRAU Jacksonville |
Description |
This track provides Aviation Electrician's Mate personnel with sufficient skills and knowledge to perform intermediate maintenance on Aircraft Sealed Instruments, including:
Upon completion, the student will be able to perform Aircraft Sealed Instrument Repair in a shop environment under limited supervision. |
Location |
MTU 1011 NAMTRAU Jacksonville |
Length |
44 days |
RFT date |
Currently available |
Skill identifier |
AE 7137 |
TTE/TD |
Aircraft instruments are used as TTE during this course. |
Prerequisites |
C-602-2039, Aviation Electrician's Mate O Level Strand Class A1 or equivalent fleet experience |
Title |
Aircraft Non-Destructive Inspection Technician Class C1 |
CIN |
C-603-3191 |
Model Manager |
Naval Air Technical Training Center (NATTC) Pensacola |
Description |
This track provides Aviation Structural Mechanic (Structures) personnel with sufficient skills and knowledge of Aircraft Non-Destructive Inspection, including:
Upon completion the student will be able to perform Aircraft Non-Destructive Inspections in a shop environment under limited supervision. |
Location |
NATTC Pensacola |
Length |
102 days |
RFT date |
Currently available |
Skill identifier |
AMS 7225 |
TTE/TD |
Aircraft structural panels and components are used as TTE during this course. |
Prerequisites |
|
Title |
Airframes Intermediate Maintenance |
CIN |
D/E-603-4007 |
Model Manager |
MTU 1038 NAMTRAU Lemoore |
Description |
This track provides Aviation Structural Mechanic (Structures) personnel with sufficient skills and knowledge to perform testing, troubleshooting, inspection, servicing, and repair of Advanced Composite Materials, including:
Upon completion, the student will be able to perform Advanced Composite Materials repairs in a shop environment under limited supervision. |
Locations |
|
Length |
29 days |
RFT date |
Currently available |
Skill identifier |
AMS 7232 |
TTE/TD |
Aircraft structures are used as TTE during this course. Aircraft structure mock-ups are used as training aids during this course. |
Prerequisites |
|
Title |
Strike Armament Systems Intermediate Maintenance |
CIN |
D/E-646-7001 |
Model Manager |
MTU 4032 NAMTRAU Norfolk, Virginia |
Description |
This track provides Aviation Ordnanceman personnel with the skills and knowledge to perform intermediate level maintenance procedures on strike aircraft armament equipment, including:
Upon completion, the student will be able to perform intermediate level maintenance on Strike Armament Systems in a shop environment under limited supervision. |
Locations |
|
Length |
65 days |
RFT date |
Currently available |
Skill identifier |
AO 6802 |
TTE/TD |
Aircraft armament equipment is used as TTE during this course. |
Prerequisite |
C-646-2012, Aviation Ordnanceman Airwing Strand Class A1 |
The following table depicts additional F-14 maintenance courses that are conducted by MTU 1007 on an "as required" basis. No NEC is awarded upon completion of these stand-alone Class F1 (Enlisted Functional Training) and G1 (Enlisted Umbrella Skill Progression Training) courses. These courses are not included in Parts II and III of this NTSP.
COURSE TITLE |
COURSE NUMBER |
COURSE LENGTH |
RATING |
F-14 Fuel Systems Team Training |
C-602-3904 |
12 days |
AD, AE |
F-14 Wing Surface Control System Rigging Team Training |
C-602-3902 |
19 days |
AMS, AMH, AE |
F-14B/D Maintenance Turn-up Procedures |
C-601-9650 |
11 days |
AD, AE, AM, AT |
F-14A Maintenance Turn-up Procedures |
C-601-9610 |
9 days |
AD, AE, AM, AT |
A/E 24T-205 Automatic Cable Tester/Relay Adapter Device (ACT/RAD) Operator/ Maintainer |
C-198-4875 |
19 days |
AT |
LS-459B and LS-460B AIC Intercommunication Stations Intermediate Maintenance |
C-102-4806 |
3 days |
AT |
c. Student Profiles
SKILL IDENTIFIER |
PREREQUISITE SKILL AND KNOWLEDGE REQUIREMENTS |
AD 6410, 6415 |
|
AD 8335 |
|
AD 8345 |
|
AD 8835, 8845 |
|
AE 7105, 7137 7173, 7197 |
|
AE 8335 |
|
AE 8345 |
|
AE 8835, 8845 |
|
AME 8335 |
|
AME 8345 |
|
AME 8835, 8845 |
|
AMH 7212 |
|
AMH 8345 |
|
AMH 8845 |
|
AMS 7212, 7225 7232 |
|
AMS 8345 |
|
AMS 8845 |
|
AO 6802 |
|
AO 8335, 8345 |
|
AO 8845 |
|
AT 6605, 6607 6609, 6611 6612, 6622 6677, 6686 6688, 6694 6704, 7984 7988, 7989 7991, 7992 |
|
AT 8335 |
|
AT 8345 |
|
AT 8835, 8845 |
|
AT 9526 |
|
PH 8345 |
|
d. Training Pipelines. No changes are required to existing Pilot and NFO pipelines. Organizational and intermediate level maintenance training tracks and courses listed under follow-on training are available in the OPNAV Aviation Training Management System (OATMS).
I. ON-BOARD (IN-SERVICE) TRAINING
1. Proficiency or Other Training Organic to the New Development
a. Maintenance Training Improvement Program. The Maintenance Training Improvement Program (MTIP) is used to establish an effective and efficient training system responsive to fleet training requirements. MTIP is a training management tool that, through diagnostic testing, identifies individual training deficiencies at the organizational and intermediate levels of maintenance. MTIP will be replaced by the Aviation Maintenance Training Continuum System (AMTCS). Current planning is for AMTCS to begin full implementation for fleet deployment in Fiscal Year (FY) 01.
b. Aviation Maintenance Training Continuum System. AMTCS will provide career path training to the Sailor or Marine from their initial service entry to the end of their military career. AMTCS is planned to be an integrated system that will satisfy the training and administrative requirements of both the individual and the organization. The benefits will be manifested in the increased effectiveness of the technicians and the increased efficiencies of the management of the training business process. By capitalizing on technological advances and integrating systems and processes where appropriate, the right amount of training can be provided at the right time, thus meeting the CNO's mandated "just-in-time" training approach.
Technology investments enable the development of several state-of-the-art training and administrative tools: CBT for the technicians in the Fleet in the form of ICW with Computer Managed Instruction (CMI) and CAI for the schoolhouse.
Included in the AMTCS development effort is the Aviation Maintenance Training Continuum System - Software Module (ASM) which provides testing [Test and Evaluation (TEV)], recording [Electronic Training Jacket (ETJ)], and a Feedback system. The core functionality of these AMTCS tools are based and designed around the actual maintenance-related tasks the technicians perform, and the tasks are stored and maintained in a Master Task List (MTL) data bank. These tools are procured and fielded with appropriate COTS hardware and software, i.e., Fleet Training Devices (FTD) - Laptops, PCs, Electronic Classrooms (ECR), Learning Resource Centers (LRC), operating software, and network software and hardware.
Upon receipt of direction from OPNAV (N789H), AMTCS is to be implemented and the new tools integrated into the daily training environment of all participating aviation activities and supporting elements. AMTCS will serve as the standard training system for aviation maintenance training within the Navy and Marine Corps, and is planned to supersede the existing MTIP and Maintenance Training Management and Evaluation Program (MATMEP) programs. AMTCS implementation will begin with the F-14, E-2C, and all models of F/A-18 aircraft. AMTCS was evaluated by the F-14 community through July 2000, which will begin using AMTCS in FY01. For more information on AMTCS refer to Program Manager, Air (PMA) 205-3D3.
c. Operator Proficiency Training. Fleet Pilot and NFO personnel maintain their proficiency in the F-14 Aircraft through the use of simulators and in-aircraft flights. Aircraft OFTs, MTs, MFTs, and WSTs provide a cost-effective method that allows Aircrews to simulate flight conditions to develop team coordination, practice weapon delivery, and simulate emergency procedures in a safe environment. In-aircraft flights allow Aircrews to apply procedures practiced in the simulator in the actual flight environment. Actual missions are used to practice air combat maneuvers and weapon delivery procedures. An F-14A Training Device (TD), the 2F95 OFT, is located at Naval Air Facility (NAF) Atsugi, Japan, to allow Pilots and NFOs assigned to that remote site to maintain their proficiency in flight procedures, specifically, out-of-control flight and NATOPS checks. In addition, desktop trainers are available from the Commander, Fighter Wing, U.S. Atlantic Fleet, for squadron use.
2. Personnel Qualification Standards. NA
3. Other On-Board or In-Service Training Packages. NA
J. LOGISTICS SUPPORT
1. Manufacturer and Contract Numbers
CONTRACT NUMBER |
MANUFACTURER |
ADDRESS |
N00019-99-G-0011 (Training) |
Northrop-Grumman Aerospace Corp., Logistics Technology Center |
1801 G Sara Drive Chesapeake, VA 23320 |
Note: The F-14B Upgrade modifications, LANTIRN installation, and EGI installations are being accomplished at NADEP Jacksonville and Northrup-Grumman, St. Augustine, Florida.
2. Program Documentation. There are several Integrated Logistic Support Plans (ILSPs) covering the F-14 and its related programs.
- The ILSP for the F-14A Aircraft and F-14B Aircraft, ILSP P-30A-115 Revision VIII, was last updated and distributed in September 1994.
- The F-14D ILSP, AC-ILSP-412 is dated June 1994. The F-14B Upgrade ILSP, AC-ILSP-382 Revision A, is dated October 1996.
- The F-14 Precision Strike ILSP, AC-ILSP-F-14/LANTIRN, dated 30 October 1995, provides Integrated Logistic Support information related to the LANTIRN system.
- The EGI System ILSP, EGI Logistic Support Plan is dated 26 July 1995.
3. Technical Data Plan. All F-14A technical manuals have been updated to include the F-14B and are available in the fleet. F-14D technical manuals are complete and are in place at user activities. F-14 technical publications are updated through the Technical Publication Deficiency Reporting System. Updates take the form of complete manual rewrites, page changes, or rapid action pen and ink changes. Technical manual upgrade packages for the F-14B Upgrade Aircraft and related systems technical manuals have been distributed and are in an update phase.
4. Test Sets, Tools, and Test Equipment. Existing support equipment and avionics test equipment available in the Navy inventory is used wherever possible. New support equipment and test equipment was procured as a result of an ongoing Logistics Support Analysis. The delivery of support equipment was concurrent with delivery of the first aircraft. Test Program Sets were updated for test equipment mentioned in Section H.2.b. F-14B Upgrade and related systems use existing support equipment. The LANTIRN Targeting Pod will be maintained by contractors using the EOTS/BRITE Test Bench.
5. Repair Parts. As a mature program, F-14 Aircraft parts are in stock and under the control of Naval Inventory Control Point (NAVICP). NAVICP assumed supply support of F-14D unique parts and spares on the Material Support Dates (MSDs), which were achieved sequentially as follows: March 1994, AN/APG-71; November 1994, AN/AYQ-15; and May 1995 for all other contractor furnished equipment. F-14B Upgrade Aircraft systems achieved Material Support Date (MSD) in January 1999 except the PTID, which achieved MSD in April 1999.
6. Human Systems Integration. NA
K. SCHEDULES
1. Installation and Delivery Schedules. Currently, there are 12 active duty Fleet F-14 squadrons. These squadrons will transition to the F/A-18 Aircraft from FY01 through FY09. The table below displays the proposed number of F-14 squadrons by type/model/series aircraft over the next seven years. Part II of this NTSP also depicts composite squadrons that include F-14 Aircraft.
F-14 SQUADRON SCHEDULE
ACTIVITY |
TYPE AIRCRAFT |
NUMBER OF SQUADRONS |
||||||
FY00 |
FY01 |
FY02 |
FY03 |
FY04 |
FY05 |
FY06 |
||
VF-101 (FRS) |
F-14A/B/D |
1 |
1 |
1 |
1 |
1 |
1 |
1 |
Fleet VF |
F-14A F-14B F-14D |
4 5 3 |
4 5 3 |
2 5 3 |
2 4 3 |
1 4 3 |
1 3 3 |
1 3 2 |
2. Ready For Operational Use Schedule. The F-14 Aircraft is operational upon acceptance by the operating activity.
3. Time Required to Install at Operational Sites. NA
4. Foreign Military Sales and Other Source Delivery Schedule. There are no current FMS requirements for the F-14 Aircraft. As FMS requirements become known, information will be included in this NTSP.
5. Training Device and Technical Training Equipment Delivery Schedule. TDs and Technical Training Equipment (TTE) for the F-14A, F-14B, and F-14D Aircraft are located at VF-101, MTU 1007, and NAF Atsugi.
Two F-14B Upgrade TDs were in the F-14D to B conversion program combining two older TDs, the 2F112 WST and 2F153 MFT, into one integrated TD renamed the 2F169 WST/MFT. The F-14B Upgrade 2F169 WST was delivered in February 1997 and was RFT in March 2000. The F-14B Upgrade 2F169 MFT was delivered in October 1997 and was conditionally accepted in September 2000.
Two new F-14B Upgrade IWSMTs were delivered to MTU 1007 and several existing TDs were modified to support new F-14 programs and systems. The first new F-14B Upgrade IWSMT was RFT in July 1997 to support F-14B Upgrade training courses. The second F-14B Upgrade IWSMT was RFT in March 1998; it was modified to operate in the F-14A configuration and replaced the old F-14A IWSMT at NAS Oceana. Modifications have been made to two F-14 TDs for Precision Strike LANTIRN. The F-14D IWSMT was RFT in May 1999 and the F-14B Upgrade IWSMT-1 was RFT in June 1999.
As new equipment and systems are installed in the F-14B Upgrade and F-14D, these trainers may require modifications. This information will be included in future updates to this NTSP as it becomes available.
L. GOVERNMENT FURNISHED EQUIPMENT AND CONTRACTOR FURNISHED EQUIPMENT TRAINING REQUIREMENTS. NA
M. RELATED NTSPs AND OTHER APPLICABLE DOCUMENTS
DOCUMENT OR NTSP TITLE |
DOCUMENT OR NTSP NUMBER |
PDA CODE |
STATUS |
AN/ALQ-165 Advanced Self Protection Jammer Navy Training Plan (NTP) |
A-50-8407B/A |
PMA272 |
Approved Feb 92 |
AN/APX-100(V) Transponder Set NTSP |
A-50-8305B/P |
PMA209 |
Approved Apr 00 |
AN/ARC-182(V) Radio Set NTSP |
A-50-8115D/P |
PMA209 |
Approved Mar 00 |
AN/ARN-118 Tactical Air Navigation System NTP |
A-50-8307B/A |
AIR-533 |
Proposed Jan 00 |
SJU-17(V) Navy Aircrew Common Ejection Seat (NACES) NTSP |
A-50-8517C/D |
AIR-531 PMA202 |
Proposed Nov 00 |
AN/ASM-607(V) Memory Loader Verifier Test Set NTP |
A-50-8403/A |
PMA260 |
Approved Jan 92 |
AN/USM-467 Weapon System Test Station RADCOM NTP |
A-50-8710A/A |
PMA260 |
Approved Jul 93 |
AN/USM-636(V) Consolidated Automatic Support System (CASS) NTSP |
A-50-8515C/D |
PMA260 |
Draft Oct 00 |
F-14 Low-Altitude Navigation and Targeting Infrared System for Night (LANTIRN) Targeting System NTSP |
NTSP number not assigned |
PMA241 |
Initial Aug 98 |
F-14D Integrated Logistics Support Plan |
AC-ILSP-412 |
PMA241 |
Approved Jun 94 |
F-14B Upgrade Aircraft Integrated Logistics Support Plan |
AC-ILSP-382, (Rev. A) |
PMA241 |
Approved Oct 96 |
F-14 Precision Strike Program Integrated Logistics Support Plan |
AC-ILSP-F-14/ LANTIRN |
PMA241 |
Approved Oct 95 |
EGI Logistic Support Plan |
EGI Logistic Support Plan |
PMA241 |
Approved Jul 95 |
NEWSLETTER
|
Join the GlobalSecurity.org mailing list |
|
|