I have also had some counter-arguments developed in order to put forth
both sides of the case (Tab 2).
As the next step, I recommend you ask Harold for some more detail as to
what precisely he envisages as the next stage of development and
testing, the cost implications of possible deployments, and the
strategic rationale. In addition, you should ask him for his
recommendation should you decide to consolidate the two cruise missile
programs.
Tab 1
Paper Prepared in the Department of Defense3
Washington,
July 20,
1977
POINT PAPER ON CONTINUATION OF BOTH ALCM AND TOMAHAWK PROGRAMS
The principal considerations are:
1. Risk: The risk represented by the ALCM program is different from that
of the TALCM (TOMAHAWK
Air-Launched Cruise Missile) program. The ALCM is less mature in its development and test
program, having had only six flight tests of which four were
successful, although all tests have been in conjunction with a B–52
bomber. The TOMAHAWK, on the other hand, has had 22 flight tests, 18
of which have been successful; however, it is untested and
unevaluated in the context of the B–52 operational weapon
system.
The cruise missile will now be crucial to maintaining the bomber leg
of the TRIAD. I am therefore convinced that it is appropriate to
minimize the risk by maintaining both of these programs in parallel
until either or, preferably, both have completed comprehensive tests
in the B–52 environment. Furthermore, cancellation now (or soon) of
a cruise missile program could raise questions about the B–1
decision, and about our determination to pose a severe air-breathing
threat to the Soviets into the 1990s. In the long run it may indeed
prove to be economical to pick only one for the inventory, though
depending on the number of different applications (ALCM, GLCM, SLCM—nuclear
and/or antiship), several different designs may be appropriate for
the inventory.
2. Competition: Continuing both ALCM and TOMAHAWK in RDT&E will create a healthy
competition between the two missile configurations as strategic
air-launched cruise missiles. We expect, as a result, both programs
will achieve better performance and lower cost than if there were
only one program.
At about $1M per missile in recurring costs (for a buy of 3000 to
5000 missiles), even a 10 to 15% cost reduction by virtue of
competition will realize a savings to the government of $300M to
$750M. Such a savings in procurement costs, together with the
importance of reducing
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risk by having a back-up program, is a worthwhile trade for the
additional RDT&E expenditure
required to carry both programs at least to the point of final
production selection.
3. SALT
Aspects: Dropping ALCM
could result in foreclosure of air launched cruise missile options
during SALT as a result of
constraints on TOMAHAWK. TOMAHAWK, having an identical external
configuration for SLCM, GLCM, and bomber-launch (including
B–52 and cruise missile carrier) application, may create weapon
counting complications. Should there be a SALT constraint on GLCM/SLCM, the
bomber-carried TOMAHAWK may be also constrained. ALCM, having an entirely different
configuration from that of TOMAHAWK, and not being launchable from
submarines, will avoid any potential SALT entanglement between sea-launched cruise missile
and ground-launched cruise missile from a strategic air launch
cruise missile system. Such an option should be preserved until the
SALT situation is
clarified.
4. Legal Aspects: If signed into law, the
Defense Appropriation Authorization Act, 1978 directs that:
“Competitive cruise missile development programs shall continue
until the Secretary of Defense certifies to the Committees on Armed
Services of the Senate and House of Representatives that (1) a
single airframe for the cruise missile can be selected which meets
all operational requirements, and (2) cost data clearly establish
that termination of the competitive cruise missile development
programs will result in lower development and procurement costs for
the cruise missile.”
5. Asymmetric Strengths: The two systems have
different strong points and, thus, are not 100% comparable:
- a.
- TOMAHAWK:
- —
- Longer range [less than 1 line
not declassified]
- —
- Probably cheaper in missile unit cost.
- —
- More matured in missile tests.
- —
- Essentially common missile for SLCM and GLCM missions.
- b.
- ALCM:
- —
- More matured in system test for B–52
Launch.
- —
- Avoiding entanglement with SALT constraint which
might be placed on GLCM/SLCM.
- —
- Single-Service management and thus, better system
integration.
- —
- Compatibility with existing SRAM support
equipment.
As time goes by, many of these will be resolved one way or the other,
and a decision between them should then be possible for this
application.