Readiness and the No-Fly Zone: Can We Have Both?
CSC 1997
Subject Area – National Military Strategy
EXECUTIVE
SUMMARY
Title: Readiness and
the No-Fly Zone: Can We Have Both?
Author: Major David E.
Ellis, United States Air Force
Thesis: Proficency and
readiness of United States fighter crews suffer significantly as a result of
ongoing enforcement of no-fly zones over Iraq and Bosnia.
Background: The air forces that performed so brilliantly in
Desert Storm were a product of intensive training funded during the Cold
War. Fighter crews flew more often and
on missions dedicated solely to their training during the Cold War. Since Desert Storm the missions flown to
enforce the no-fly zones are too benign to maintain individual flying
skills. This erosion in pilot
proficiency is directly related to the readiness of the force.
Recommendation: The
United States Government should secure more training airspace in host nations
and reduce the number of sorties flown in support of no-fly zones. The size of the deployed forces should
remain steady in order to retain the ability to respond to regional
crises. An alert force should be
established to support the smaller number of missions flown in the no-fly zones
while the remaining sorties are made available for more high intensity training
missions in theatre.
INTRODUCTION
Since
the end of the Cold War, the size of the military forces of the United States
has been significantly reduced while the operations tempo (OPSTEMPO) of these
forces has increased considerably. Much
has been written concerning the effects of these changes on the readiness of
the military and its ability to support the current National Military Strategy.
During Desert Storm, the Air Forces of
the allied coalition achieved the most lopsided victory in the history of
airpower. The United States air forces
played a major role in that victory.
The capabilities of the force that fought in Desert Storm were a direct
result of the intensive build-up and training efforts funded during the Cold
War.
Since the end of Desert Storm the
United States Air Force has reduced its force structure and funding for flying
hours while increasing the number of deployments in support of contingency
operations. In the post-Cold War era,
the key to success for our military forces is to be able to spend time “...to
deter war, resolve conflicts and promote peace...” while training to “... fight
and win wars.”[1] Much of the flying performed by the
deployed aircrews manning the no-fly zones in Iraq and Bosnia is so benign that
the proficiency level of aircrews is diminished rather than enhanced. When the next major regional conflict (MRC)
rears its ugly head, the American people deserve to have the same caliber air force
that fought in Desert Storm. If the
OPSTEMPO continues along the current trend, the air force available for the
next MRC will be significantly less capable than the force that was so
successful in Desert Storm.
BACKGROUND
This
author’s personal experience includes time in an F-4 Phantom II Squadron during
the Cold War (1986-88) and an F-16 Squadron (1991-94) participating in
Operation Provide Comfort II and the early stages of Operation Deny Flight.
During the Cold War, fighter crews flew more often and on missions dedicated
solely to their training. Since Desert
Storm, aircrews assigned to units enforcing the no-fly zones have been unable
to maintain the same level of training.
The missions flown to enforce the no-fly zones are, for the most part,
valueless concerning individual flying skills.
Pilots are unable to attain the same proficiency levels as their Cold
War predecessors due to a lack of training sorties.
It
would be irresponsible not to acknowledge the positive training opportunities
that are associated with peacekeeping operations. Air Force fighter pilots are exposed to
combined, joint and coalition operations and actual threats on a daily
basis. They gain experience with live
ordnance, international flight operations, deployment and redeployment of
forces, and in many other areas they would otherwise not be regularly
associated with.
There is no denying that today’s
military forces, as a whole, are deployed more often and are working harder
than ever before. It is a fact that
some services deploy more than the Air Force and some specialties within the
Air Force deploy more than fighter pilots. United States Air Force “active
strength has decreased 36 percent since 1988
[while] humanitarian/contingency operations [have] quadrupled” (see
figure 1).[2] The following discussion will cover current
effects of contingency operations on the flying proficiency of fighter pilots,
specifically F-16 pilots, in the Air Combat Command (ACC). The effects on this small group can,
generally, be considered similar to
other fighter and flying units throughout the Air Force and in other services.

Figure 1. USAF Active Strength vs. Deployments
Source:
HQ ACC Commander’s Action Group, ACC OPSTEMPO Brief to ACC Commander, (Langley AFB, VA), 10 Jan 97, 2.
Measuring Readiness
The
overall readiness of the fighter force is regularly measured through Status of
Resources and Training Systems (SORTS) reporting by individual units. The unit SORTS report is a direct reflection
of the proficiency levels of the pilots in that unit. Individual pilot proficiency is defined using graduated combat
capability (GCC) levels A, B or C.
GCC level A is defined as “the minimum
training required for pilots to be qualified and proficient in the primary
operational capabilities of their weapons systems and capable of employing
their system worldwide.”[3] GCC level B includes the requirements of
level A and pilots are “... additionally trained to support the specific units
tasking(s) and/or specialized/collateral tasking requirements.”[4] GCC level C is defined as “the training
required for pilots who are qualified and proficient in the full operational
capabilities of their weapons systems and can effectively meet all unit
taskings.”[5] Individual pilot GCC level is determined by
the number of sorties and weapons and training events accomplished over a given
training period. Table 1 contains
typical sortie requirements for both inexperienced and experienced ACC F-16
pilots.
|
Cycle |
GCC Level A |
GCC Level B |
GCC Level C |
|
GCC
Total |
96/84 |
140/120 |
184/156 |
|
3-Month
Look-back |
21/19 |
35/30 |
46/39 |
|
1-Month
Look-back |
8/7 |
12/10 |
15/13 |
Table 1. ACC F-16 Pilots Annual GCC Sortie Requirements
(Inexperienced/Experienced)
Source: Multi-Command Instruction (MCI) 11-F-16
Volume 1, Pilot Training - F-16, (Washington,
DC: Department of the Air Force), 7.
COSTS OF PEACEKEEPING
Changing Standards
A typical fighter unit during the Cold
War maintained the majority of its crews at GCC level C. The ACC goal for
F-16
units in 1997 is to have 70 percent of its pilots attain GCC level B.[6] This figure was arrived at by compromising
between the minimum acceptable level of pilot proficiency and the increased
OPSTEMPO today’s units are forced to maintain.[7] Lower requirements could result in an
unacceptable force and higher requirements might mean that the force can not
fulfill its role in United States
peacekeeping missions around the globe.
The main reason for this change in
required proficiency is the maintenance of the no-fly zones over Iraq and
Bosnia. A significant amount of flying
hour dollars are diverted to finance these operations. The simple diversion of funds to protect the
no-fly zones is not the only cause for the change in the quality of our Air
Force. There are a number of other
side-effects inherent in these operations.
Lost Proficiency
A real world operation should provide
excellent training opportunities for fighter crews. For the majority of flights in support of Operation Provide
Comfort and Operation Southern Watch this is not the case. A recent ACC F-16 Squadron Commander’s
assessment stated that the only training his pilots received was in tanker
rendezvous and air-to-air refueling (AAR) procedures. According to the commander “5-10 minutes of training on a 3-4
hour sortie
[was]
... not nearly enough to maintain our skills over the span of the deployment.”[8] This commander concluded that there were no
opportunities to exercise any critical combat skills (See table 2 for detailed
assessment).
|
Critical Combat Skills |
Home Station |
Training Exercises |
Southern Watch |
|
LANTIRN
Employment |
X |
X |
|
|
Med
Altitude Employment |
X |
X |
|
|
Air
Strike Control |
X |
X |
|
|
4
Ship A/G Employment |
X |
X |
|
|
4
Ship A/A Employment |
X |
X |
|
|
Tactical
Navigation |
X |
X |
|
|
Maverick
Employment |
X |
X |
|
|
Strafe |
X |
X |
|
Table
2. Contingency Deployment Impact on
Training Quality: F-16 Squadron
Commander’ Assessment (X = opportunity available to exercise specific skill)
Source:
HQ ACC Commander’s Action Group, ACC OPSTEMPO Brief to ACC Commander, (Langley AFB, VA), 10 Jan 97, 8.
Cost of Recurrency
If it is true that Air Force fighter
crews will see reduced currency and proficiency in their weapons system while
deployed to enforce the no-fly zones, then the next logical question would be
what effect does this have on the overall health of the force. The simple truth is that most missions flown
in the no-fly zones are spent circling the
area
of responsibility (AOR) or manning combat air patrols (CAPs). The most challenging parts of the mission
are takeoff, AAR, and landing. Combat
mission skills such as basic fighter maneuvers (BFM) and Air Combat Tactics
(ACT) are perishable and quickly atrophy in such an environment. As a result of these long deployments, F-16
pilots return home non-current and non-proficient in certain events.
The fighter operations training branch
of ACC conducted a survey of F-16 units
returning home from Operation Southern Watch.
The results of this study show that, on average, it takes four sorties
per pilot to regain lost currencies (minimum proficiency) and 15 sorties per
pilot to regain a proficiency level that the squadron commander is comfortable
with. This proficiency level is still
less than that of the unit before it deployed.[9]
Using an average of 25 pilots per F-16
unit and an average of one and one-half hours per sortie at $1772 per F-16 flight hour, recurrency and proficiency
training costs an F-16 Squadron $265,800.
This training takes approximately two months at a GCC level A flying
rate. The net effect is a five month
bite out of the flying year which leaves the squadron at a proficiency level
lower than it was prior to deployment.[10] A typical F-16 squadron completes one 90-day
rotation per year.
Recognizing the limited value of
missions flown in support of the no-fly zones, ACC does not consider these
sorties as GCC “counters.” That is to
say, the sorties flown do not count toward a pilot’s overall GCC level and the
annual requirements are prorated to reflect a three month absence from tactical
flying. For example, if an
inexperienced F-16 pilot spent three months flying in support of Operation
Southern Watch, to achieve GCC level B he would be required to fly only
three-fourths (105 sorties, reference table 1) of the annual requirements for
that level. Reporting him at GCC level B does not accurately reflect his actual
proficiency level.
Hardware
An
average of 80 sorties per day and 23,000 sorties per year are flown in support
of Operation Southern Watch alone.[11] The majority of these sorties are flown by
United States aircraft and the duration of these missions is considerably
longer than a typical training mission.
A Southern Watch sortie might last three hours or more while a typical
training mission lasts one to one and one half hours. These longer missions have the overall effect of accelerating the
aging of the air fleet.
Additionally, longer missions increase
costs by reducing the chronological time between required aircraft
maintenance
functions while increasing consumption of spare parts. Missions are flown with live weapons which,
for the most part, are not employed.
Expensive precision guided munitions are repeatedly exposed to the
g-loading, takeoffs and landings. These
unplanned captive flights reduce munitions shelf life and ultimately reduce
national stockpiles.
SOLUTIONS
What’s Being Done?
In the past year significant steps have
been taken to track and combat the adverse effects of peacekeeping
operations. The ACC Commander’s Action
Group (CAG) has completed several studies to examine the OPSTEMPO of different
units and identify trends and particular units that are effected more than
others. The ACC goal is to limit annual
deployed duty to a maximum of 120 days per year. The command has achieved limited success in attaining this goal
for certain specialties.
It is important to note that for services
such as the Navy, deployed duty of over 120 days per year is routine. Equally important to point out is that the
Navy works under a tiered readiness posture where there is always some portion
of the force in a work-up phase, others forward deployed and still others in a
stand-down phase. By
contrast,
Air Force units are designed to be ready to deploy 365 days per year and
require regular high intensity operations to maintain proficiency.
The ACC Operations Section has
established procedures for tracking data concerning the OPSTEMPO of ACC
units. Additionally, they have
developed criteria and programs to employ the tracking data to more routinely
identify units, and individual specialties that exceed the ACC desired
OPSTEMPO. Identification is certainly
the first step in the problem solving process.
The ACC Training Section has developed,
and is testing, a new training program to replace the traditional GCC
structure. The Ready Aircrew Program
(RAP) is designed to make training missions more efficient by linking required
sortie types more closely to unit operational and contingency tasking. The new program will also be more directly
tied to SORTS reporting to provide commanders objective criteria for reporting
readiness and “quantifiable impact to...[unit] capability and readiness ...due
to program reduction and aircrew manning shortfalls.”[12]
What Else Can Be Done?
ACC
has attacked the problem from a OPSTEMPO perspective and is working toward an annual deployment
goal in an attempt to spread the pain as evenly as possible.
While
some members of the ACC Staff have recognized the difficulty in maintaining
pilot proficiency and some progress has been made, this problem still
remains largely unsolved. The effects
of long-term deployments on individual flying skills, pilot proficiency and
“real” readiness has not been addressed satisfactorily. Until senior Air Force leaders truly realize
that long-term readiness of the fighter community is being diminished, no
satisfactory solution will be achieved.
When this realization takes place, what are the options?
The most obvious solution would be to
simply provide fighter pilots more opportunities for better training in
conjunction with peacekeeping operations.
Some units do enjoy a positive training environment during contingency
operations. The Air Expeditionary
Forces (AEF) that have deployed in support of Operation Southern Watch have
regularly employed large force packages executing simulated air strikes in the
AOR. However, the AEF is unique and
unlike the typical unit that deploys in support of the no-fly zones. The
typical unit has extremely limited training opportunities.
Other solutions to the training problem
might include regular large package training for all units involved in
contingency operations. However, this
is not a satisfactory
substitute
for high intensity air-surface training and still does not solve the lack of
basic air-to-air combat training. For
these missions large sections of secure airspace are required. Undertaking such training while deployed
would require international cooperation, reconfiguration of deployed aircraft
and allocation of aircraft specifically for GCC training missions. If the airspace could be arranged, there is
still the problem of changing the structure of the deployed force. More aircraft and pilots would be needed to
adequately man the peacekeeping operation and rotate into normal training
missions. This would simply compound
the OPSTEMPO problem.
A possible alternative to deploying more
aircraft and pilots would be to maintain the deployed force and reduce the
number of missions flown in support of peacekeeping operations. This would make aircraft available for
training missions but raises the question of whether the AOR can be adequately
patrolled with fewer sorties.
Depending on the strategic outlook and
perceived Iraqi intent, there is a given minimum aviation force that the
National Command Authority would like to have forward deployed to respond to a
developing crisis. An acceptable
solution might be to deploy this force but significantly reduce the actual
missions flown in the AORs of Northern and
Southern
Watch. A representative number of
missions would be launched to maintain presence in the AOR and preserve the
infrastructure while placing a small number of additional aircraft on alert to
respond to any immediate AOR violations or other minor crisis. This process would produce available
aircraft for dedicated high intensity training.
If this arrangement could be established,
then the door would be open for the establishment of permanent units in the
region and a yearly rotation of personnel.
Deployment costs would be dramatically reduced and corporate knowledge,
continuity and performance significantly increased.
CONCLUSION
This
discussion is certainly not meant to have presented all the possible answers.
The objective has been to raise issues for discussion. ACC leadership is working hard on the
periphery of this problem and keeping close track of which units deploy, and
how much, in a sincere effort to lessen the heartache for all. The training shortfall varies for different
units deployed to different locations. The available information is daunting,
and every rock overturned yields enough data to fill an entire volume. The bottom line is that after six years in
the Persian Gulf, it seems evident that these operations will continue for
quite some time. There must be a
better way. Whether it
is
increased efforts to gain training opportunities in-country, making these
forward locations permanent duty stations, reducing our forward presence or
some combination of the above, the solution will take some aggressive
maneuvering with strong civilian and military leadership.
NOTES
[1] A Distinguished Speaker, Lecture
presented at the Marine Corps Command
and Staff College, 22 Jan 97.
HQ ACC Commander’s Action Group, ACC OPSTEMPO
Brief to ACC Commander, (Langley AFB,
VA), 10 Jan 97, 2.
MCI 11-F16 Volume 1, Pilot
Training - F-16, (Langley AFB, VA:
Air Combat Command (coordinating Major Command), 1 October 1994), 7.
[4]
MCI 11-F16 Volume 1, 7.
[6] MAJ Jeffrey Bell, Chief Fighter Operations
Training Section/ Operations Training Branch/ Conventional Operations Training
Division (ACC/DOTO), Telephone interview by author, 10 January 1997.
[7] MAJ Jeffrey Bell, 10 January 1997.
HQ ACC Commander’s Action Group, ACC OPSTEMPO
Brief to ACC Commander, (Langley AFB,
VA), 10 Jan 97, 8.
MAJ Jeffrey Bell, 10 January 1997.
MAJ Jeffrey Bell, 10 January 1997.
[11] LTG Carl E. Franklin, USAF, Commander
Ninth Air Force, Lecture presented at the
Marine Corps Command and Staff College, 24 Jan 97.
[12]
Air Combat Command Training Section (DOTO), Bullet Background Paper On the Ready Aircrew Program (RAP),
August 1996.
BIBLIOGRAPHY
Air Combat Command Training Section
(DOTO), Bullet Background Paper On the Ready Aircrew Program (RAP), August 1996.
Bash, Brooks L., MAJ, USAF, The Role of United States Air Power in Peacekeeping. Air University
Press, 1994.
Bell, MAJ Jeffrey , USAF, Chief Fighter
Operations Training Section/ Operations
Training Branch/ Conventional Operations
Training Division (ACC/DOTO), Telephone interview
by author, 10 January 1997.
A Distinguished Speaker, Lecture
presented at the Marine Corps Command and
Staff College, 22 Jan 97.
Franklin, LTG Carl E., USAF, Commander
Ninth Air Force, Lecture presented at
the Marine Corps Command and Staff College, 24 Jan 97.
HQ ACC Commander’s Action Group, ACC OPSTEMPO Brief to ACC Commander,
(Langley AFB, VA), 10 Jan 97, 2.
MCI 11-F16 Volume 1, Pilot Training - F-16, (Langley AFB, VA: Air
Combat Command (coordinating Major Command), 1 October
1994), 7.
Schultz, R. H., The Future of Air Power in the Aftermath of the Gulf War. Air
University Press, 1995.
