Increasing land, air, and sea
capabilities
Ultimately, decisions about weapon systems
must be made. The immediate focus of modernization efforts should
be on acquiring new technology that allows weapons to operate with
less support. The development of hybrid engines and fuel cells, for
example, would mean that fewer fuel vehicles would be needed to
support field operations. Additionally, sensors and networked
information systems are allowing fewer people to cover larger
swaths of territory. Affordability should be judged by the
efficiency with which a system can be fielded over its
lifetime.
Air
Power. Although the size of the Air Force in terms of
manpower (353,600), fighter squadrons (46), and bombers (112) is
sufficient, the Pentagon could do a better job of advancing a
modernization strategy consistent with today's threats and
tomorrow's dangers. The Air Force must introduce a new bomber ahead
of the current schedule, which otherwise would not bring one into
the force for over three decades.
No
asset is more efficient in delivering high volumes of
precision-guided munitions in distant corners of the world than
modern bombers. They carry large arsenals of bombs, are global in
reach, do not rely on forward basing, and do not require carrier
battle groups. A conventionally armed B-2 follow-on could go into
production in a relatively short period and for a relatively
inexpensive $750 million per copy. An initial investment should be
made immediately to develop a plan to produce these planes.
The
Air Force should also accelerate production of a smaller and more
accurate version of the Joint Direct Attack Munition (JDAM). This
would allow each bomber to carry more of these effective smart
bombs, decreasing the logistical support for each target hit.
Finally, the Air Force should accelerate
its program to field an effective Unmanned Combat Aerial Vehicle
(UCAV) by at least doubling current investments. These aircraft,
funded at $161 million in 2004, are less expensive to produce and
to maintain because they do not require a pilot on board to fly
them, yet they should be able to deliver a similar amount of
ordnance to ground targets as a modern fighter without putting a
flight crew in harm's way.
The
poor condition and age of America's fighter force, the
proliferation of modern tactical aircraft, and the development of
modern air defenses that can counter U.S. capabilities will
eventually undermine U.S. tactical air superiority. The United
States should focus on modernizing this capability in the near term
while realizing that one day adversaries may acquire better air
defenses to detect America's stealth planes, anti-ship cruise
missiles to target its aircraft carriers, and innovative systems to
deny access to the forward-basing areas from which the United
States could launch its tactical aircraft. Such developments would
seriously undermine America's reliance on tactical fighters.
For
this reason, the Bush Administration should make a serious effort
to develop a strategy to transfer America's reliance on manned
tactical air to other capabilities. The first step in achieving
this would be to divest in modernizing the tactical air fleet over
the long term and begin to transfer significant resources to
developing revolutionary capabilities that would not have the same
limitations.
Modernizing the tactical fighter force
will involve near- and long-term funding requirements. Funding
should first focus on meeting near-term requirements, but ignoring
the tactical fleet's longer-term needs at the same time could put
U.S. military forces at great risk. Rather than spending the
planned $300 billion over the next 30 years on 4,000 tactical
aircraft, the
Pentagon should diversify its air-to-ground strike options.
To
meet near-term threats, the Pentagon should procure enough tactical
aircraft over the next 10 years to ensure a modern force similar in
size to today's. However, it should minimize purchasing aircraft
that only marginally improve current capabilities, such as the
F/A-18 E/F Superhornet, which the 2004 budget funds at $3.2
billion. Instead it should invest in developing a reliable UCAV
that could enter the force around 2010. Beyond that date, the U.S.
Air Force and Navy should gradually reduce purchases of manned
aircraft and redirect funds to procure UCAVs consistent with
technological feasibility.
The
requirement to conduct air-to-ground strike missions by tactical
aircraft should also be augmented by long-range conventional
missiles. By 2020, the U.S. force should rely, not on 1970s-era
tactical aircraft, but on modern manned tactical aircraft, unmanned
combat vehicles, and long-range precision strike missiles.
One
of the emerging dangers facing the United States is an enemy that
uses asymmetric means to challenge America's access to
forward-basing areas and place regional combat assets at risk.
Modern, long-range bombers are vital in this environment because of
their ability to strike high-priority targets like air defense
batteries, command-and-control infrastructure, and missile
batteries without regard to asymmetric threats.
However, while America's bomber force is
the right size, it is already too old. It consists of 76 1950s-era
B-52s, 93 aging B-1s, and only 21 modern B-2s (116 bombers are
ready for combat). The Air Force does not plan to purchase a new
bomber until 2037,
when the B-52 will be nearly 90 years old and many new threats will
have materialized. The Air Force needs a bomber modernization
strategy to preserve America's competitive advantage by addressing
these threats.
The
United States now focuses bomber modernization dollars on programs
that extend the bombers' life spans. This is inadequate if the goal
is to maintain America's superiority over its potential
adversaries, given the bombers' limitations and the emergence of
new threats. A better near-term strategy would be to develop an
advanced air-launched cruise missile for use on the aging bomber
force. The U.S. should invest $500 million either to extend the
capabilities of the Joint Air-to-Surface Standoff Missile (JASSM)
or to develop a new supersonic, extended-range missile. This would increase
the utility of America's highly visible, and thus vulnerable,
bombers by allowing them to target locations from greater, safer
distances.
At
the same time, the Air Force should begin to phase out the B-52 and
replace it with the B-2 follow-on. By 2015, only the
best-conditioned B-52s should remain in the fleet. Phasing in the
B-2 as the primary long-range conventional bomber over the next 15
years would give the United States a competitive advantage over
potential adversaries well into the next decade.
Additionally, the United States must begin
to invest in new technologies that could be introduced into the
force around 2020 as the B-1 reaches the end of its service life
and potential enemies become more technologically sophisticated.
Research and development should focus on two new capabilities: an
unmanned intercontinental bomber and a multi-purpose space plane
for bombing missions and space control.
Land
Power. In general, the Army's current force should be
sufficient to meet the nation's national security requirements if
it carries out a smart modernization strategy. The Army's problem has been resolving
the conflict between maintaining its relevance to a changing
security environment and keeping focused on its most important
mission: to take and hold land. Furthermore, it must now squeeze
more capability out of its already stretched force so that it can
fulfill its homeland security requirements.
The
key to resolving this conflict is decreasing nonessential missions,
focusing modernization on warfighting, investing in technologies
that reduce the need for combat support and combat support
services, and maintaining a capable active-reserve mix of heavy
combat forces until the Army achieves its transformation
objectives.
The
Army's future relevance will depend on its ability to achieve
greater strategic agility. The expeditionary nature of the Navy and
relative diversity of the Air Force have given those services a
head start. Now, the Army must continue to develop force structure,
equipment, and doctrine to achieve this central element of
transformation.
The
new budget takes some first steps toward this end. It cancelled 24
programs, including the Crusader self-propelled artillery program
and most heavy armor upgrades, and is reinvesting these funds in
two major families of platforms. One is the Stryker light armored
vehicle, and the other is the Future Combat System (FCS).
The
Stryker, which will bridge the gap between today's heavy forces and
tomorrow's lighter ones, is more mobile than today's armored
vehicle but less lethal and less durable. Units that have trained
with the Stryker have been largely impressed with its infantry
delivery capabilities. The vehicle will have other configurations,
including a mobile 105mm cannon, a mortar carrier, and a
fire-support vehicle. Some of these configurations have yet to be
proven. Three
Stryker brigades have been procured, a fourth has been funded, and
two more are planned.
The
Army has dedicated just under $1 billion of its $10.8 billion 2004
procurement budget to Stryker. It might be better off if it
canceled the two planned Stryker brigades included in the Future
Years Defense Program and reapplied those funds to accelerating the
Future Combat System.
The
FCS is being developed to replace the Army's heavy armor with
lighter and more mobile vehicles that are increasingly lethal and
equally durable. Although achieving this capability is not
technologically feasible today, the Army has restructured the
program to gain an initial operating capability by 2010, as opposed
to between 2015 and 2025 as originally planned. The Army is
investing a total of $1.7 billion in this program for 2004, with a
concentration on developing the artillery portion of the system in
the near term. It should make developing the entire system a top
priority, fielding elements of the system as they become ready.
The
FCS should be accelerated because not only will it bring greater
capabilities to the battlefield, but it also will exploit
technologies that decrease the logistical footprint, manpower, and
support requirements for deployment and operation while requiring
much less combat support and combat service support. Both of these
capabilities are provided to a large degree by Army National Guard
and Reserve forces, which are needed for homeland security
missions. By accelerating the fielding of the FCS, the Army can
free manpower that is needed to fulfill the homeland security
mission.
This
is the one area where the Army may need to increase near-term
strength. The active force currently relies heavily on Guard and
Reserve support to carry out its missions. The Guard and Reserve
cannot just be extracted from their support duties and redeployed
for homeland security. Instead, the active force must be expanded
so that it can provide much of its own combat support, thereby
freeing National Guard resources for homeland security.
To
further alleviate the strain on both the National Guard and the
active force, instead of using Guardsmen and Reserves to help the
active forces meet the operations tempo of continuous deployments
in non-vital missions like peacekeeping operations, the President
should commit American forces only to missions that advance
America's vital national interests.
Sea
Power. The United States depends on 12 aircraft carriers
to maintain America's global forward presence and maximize
deterrence, crisis response, and warfighting abilities. In addition to
providing deep strike capability, air cover for invading forces,
air defenses, and other maritime capabilities, these carriers serve
as joint command platforms in the worldwide command-and-control
network.
Given the many crisis areas around the
world, there are not enough carrier battle groups to respond to
every potential contingency. Increasing the number of aircraft
carriers, however, is not the answer to relieving the stress on
naval force structure. Instead, the Navy should develop new
platforms that supplement the aircraft carrier battle group to ease
the strain on those assets.
Furthermore, potential U.S. adversaries
are developing methods to degrade the effectiveness of this force.
For example, as they become more prevalent, high-speed anti-ship
cruise missiles and advances in sensing capabilities will place the
carrier battle group at greater risk. Advances in air defenses are
making the non-stealthy aircraft that project power from ship to
shore increasingly vulnerable. Moreover, each carrier is expensive:
Building a carrier costs $5 billion-$7 billion, operating costs run
around $200 million annually, and midlife modernization costs $2
billion-$3 billion.
Although the aircraft carrier will remain
a fundamental part of America's forward presence and power
projection in the near term, the Navy should not rely solely on it
for those missions in the future. The strategically changing
security environment dictates that the Navy develop a new family of
combatants, which the Pentagon does fund in the 2004 budget at $1.2
billion. This family of ships, called DD-X, will be stealthier and
should also include a missile-intensive platform, such as an
arsenal ship or some type of missile submarine. A submersible or
semi-submersible platform could operate largely alone and thus
avoid many of the threats that surface ships face while providing
another deep strike option for military planners. Right now, DD-X
consists of a destroyer, a cruiser, and a smaller ship for littoral
combat.
The
2004 budget provides $1.2 billion to convert four Ohio-class
ballistic missile submarines (SSBN) to conventional guided missile
submarines (SSGN), which could carry out some of the deep strike
missions that are now accomplished by carrier air wings. Each
submarine will be armed with 154 cruise missiles, advanced sensing
and surveillance equipment, and special operations capabilities--a
unique combination that makes the platform unparalleled in the Navy
and especially useful against an enemy that employs asymmetric
threats.
The
refueled and converted subs would last an additional 22 years.
Furthermore, they would provide the first generation of a new
underwater strike platform to augment America's carrier-based
forward presence around the world. This not only gives the United
States a new capability, but also boosts submarine force structure,
which is important given that the nuclear-powered attack submarine
(SSN) is America's premier advanced technology and a multi-mission
weapons platform. Although many of America's adversaries are
gaining access to modern submarine technology, advanced
reconnaissance capabilities, satellites, precision munitions, and
ballistic and cruise missiles, none currently has the ability to
detect these submarines or defend against them.
Since 1990, the number of attack
submarines in the arsenal has fallen from 96 to 55, even though
Navy planners have said consistently that they will need around 70
submarines to fulfill future requirements. The Bush Administration has begun to
reverse this trend in the 2004 budget by funding the SSBN
conversion and the refueling of five Los Angeles-class submarines
that would otherwise have been decommissioned, but more needs to be
done.
First, there are three more Los
Angeles-class submarines slated for decommissioning that should be
refueled. The cost to refuel each submarine is around $200 million.
Second, $1 billion should be added for production of the new
Virginia-class submarines to replace submarines built during the
late 1970s and 1980s that will retire at the same rate at which
they entered service. Thus, the budget should provide for
production of two submarines per year as opposed to just one.
Information
Power. Getting the most out of the armed forces' weaponry
will require a high-tech information infrastructure. All of these
systems may require far less manpower, logistical support, and
money to deliver the same capability as current systems, but to
achieve real transformation, the Pentagon needs to commit to
information technology. Central to such an effort would be networks
of land, air, sea, and space sensors that collect targeting data
and other information with which to monitor enemy activities in
real time and detect the presence of chemical, nuclear, and
biological contaminants.
The
2004 budget does put money into important research areas. In fact,
a $4 billion increase brings total research and development
spending up to $61.8 billion. However, more can and should be done.
For example, space-based radar should be made a higher priority.
The program is funded at $299 million in 2004 and is meant to have
an initial operation capability some time in the next decade. This
capability, which will allow warfighters to target moving objects
deep in enemy territory, such as Iraqi Scud launchers, should be
fully funded and accelerated.
Also, funding should be added to the
Global Positioning System (GPS) III program, which will have up to
500 times the anti-jam capabilities of the current GPS. The program
is currently at a standstill.