Defense ARJ - Defense Acquisition University
Defense ARJ - Defense Acquisition University
Defense ARJ - Defense Acquisition University
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<strong>Defense</strong> <strong>Acquisition</strong> Review Journal<br />
tAble 1. teChnology Maturity and prograM outCoMes<br />
Program Percent increase in<br />
R&D (first full estimate<br />
to latest estimate)<br />
Advanced Threat Infrared<br />
Countermeasure/Common<br />
Missile Warning System<br />
C-5 Reliability Enhancement<br />
and Reengining Program<br />
tAble 2. perCent of prograMs that aChieved teChnology<br />
Maturity at Key JunCtures<br />
80<br />
60<br />
40<br />
20<br />
0<br />
ment with immature technologies (DoD, April 2006). The Army’s Future Combat<br />
System entered the SDD phase with 32 percent of its critical technologies mature.<br />
The Air Force’s Joint Strike Fighter began SDD with only 25 percent mature technologies.<br />
When programs start development with mature technologies, they incur lower<br />
development and unit cost increases than those programs starting with immature<br />
technologies. Table 1 shows five examples.<br />
History shows that programs with lower levels of knowledge at critical points lack<br />
demonstrated knowledge in the process and will continue to stay behind (Table 2).<br />
202<br />
Development start DoD design review Production decision<br />
(GAO, 2006, p. 11)<br />
5.6<br />
2.1<br />
DD(X) Destroyer 417.3<br />
Future Combat System 50.8<br />
Joint Strike Fighter 30.1<br />
(GAO, 2005, p. 42)<br />
Percent of critical<br />
technologies and<br />
associated maturity<br />
level at development<br />
start<br />
50% (3 of 6) at 6<br />
or higher<br />
100% (11 of 11) at 6<br />
or higher<br />
25% (3 of 12) at 6<br />
or higher<br />
32% (17 of 52) at 6<br />
or higher<br />
25% (2 of 8) are 6<br />
or higher