With the introduction of the GE F110 engine, the average acquisition price of the F-16 fell
26%. When that percentage is applied to the today’s Joint Strike Fighter, those savings add up to $20 billion.
In almost every situation, competition leads to a better product. Engine competition on the
F-16 has led to better efficiencies, less maintenance and lower overhead. These cost reductions give international partners more opportunities to participate in the F-16 program.
Thrust increase
After engine competition was introduced, the F-16 experienced a thrust increase of 30%.1
Scheduled Engine Removal
The scheduled engine removal interval for the F-16 was increased by 300% after the introduction of engine competition.2
Stall reduction
Because competition demanded better performance from the airplane and powerplant, engine stalls were reduced by 10X from the previous measurement.3
Unscheduled engine removal
Costly unscheduled engine removals were reduced by 2X versus pre-engine competition levels.3
Aircraft losses
The number of aircraft lost fell by 2X after engine competition was implemented.4
1 - Jane's Defense Weekly (03-27-09)
By the end of FY2010, almost $3B will have been spent on the F136 since 1996, with less than $1B needed to complete development. Over the next five years, additional costs associated with tooling and support infrastructure bring the total to about $1.3B -- far less than cited by the DoD.
The JSF program lifetime propulsion cost could reach $100B, and a decades-long engine competition only needs to generate a 1 percent to 2 percent cost benefit to recoup the remaining dollars needed to complete the F136 program. Last May, the GAO anticipated a 20 percent benefit from a JSF engine competition, using the F-16 "Great Engine War" as a comparison. There are also vast benefits beyond sheer cost -- related to operational readiness and contractor responsiveness.
Last September's proposal by GE Rolls-Royce for a unique fixed-price contract for low rate F136 production engines has already created a significant benefit -- causing P&W to respond to their cost issues.
Continued funding of the F136 engine will result in production introduction approximately 100 engines after the F135 production introduction for a JSF program predicted to exceed 4,000 aircraft. By comparison, GE did not enter production in the Great Engine War until 1,500 F-16s had been produced. The USAF’s own assessment was a 20 percent benefit in acquisition cost for that program.
The GE/RR presence in JSF has already influenced more responsive contract behavior. Split buys through an annual competition for JSF will create a unique opportunity to drive competitive behavior beyond the acquisition phase -- into competing engine sustainment costs lasting for decades. The JSF engine competition is different from the storied F-16 competition because the JSF model extends to engine sustainment. The opportunity for cost savings through competition are outstanding, as cited by the GAO and many other procurement experts; consistent with the tenets of the Weapon Systems Acquisition Reform Act of 2009.
All eight international JSF partners have signed an MOU which recognizes competing engines as a key JSF feature. The international JSF partners strongly support competing engines. Whichever engine they choose will be better and more affordable because of the competition.