CATEGORY: INNOVATION IN OVERCOMING OBSTACLES INNOVATION IN IMPLEMENTING ACQUISITION FLEXIBILITIES
Breaking the Bureaucracy Barrier: Full Throttle on B-52 Re-Engine Through Innovative Acquisition B Y SHAUN SMITH
For more than 60 years, the B-52 Stratofortress has been the long-range, heavy-payload workhorse of the U.S. bomber fleet. But to keep this icon flying through 2050, it needed a new heart. The B-52 Commercial Engine Replacement Program (CERP) is that heart transplant—a complex, multi-billion-dollar effort to replace the bomber’s aging 1960s-era engines with modern commercial engines adapted for the B-52 aircraft. While the engineering is a monumental task, the program’s true innovation lies in its approach to acquisition. B-52 CERP is a powerful case study in acquisition reform. It showcases a strategic plan that blended flexible authorities, innovative partner- ships, and a sound contract strategy to break through traditional barriers. The result is a landmark approach that led to a $2.6 billion contract to deliver modern engines for the B-52 fleet, proving that even the most complex defense modernizations can be achieved with unprecedented speed and efficiency. A Foundation Built for Speed: Prototyping and Partnership The program’s speed was possible from the start because of its foundation in Section 804 Middle Tier of Acquisition Authority for Rapid Prototyping. This statutory pathway gave the Air Force the freedom to move away from long development cycles with a clear mandate: field a demonstrable prototype within five years. But authority alone is not a strategy. The CERP team used this authority through an innovative two-step source selection process. The genius was in the execution of “Step 1.” Instead of a conventional paper-based selection, the program initiated a collaborative risk-reduction effort using Other Transaction Agreements (OTAs). These agreements operate outside the traditional Federal Acquisition Regulation (FAR), which helps eliminate the lengthy processes of conventional government contracting. This pre-competition phase functioned as a critical public-private partnership where the prime integrator, Boeing, the Air Force and all three potential engine vendors worked together to identify challenges early. During this risk-reduction period, each ven- dor collaborated with Boeing and the Air Force to pinpoint key integration risks and opportunities. This collaborative learning gave all parties a common, data-driven understanding of the technical hurdles. This forced an early alignment on engineering realities and allowed vendors to build these lessons into their formal proposals, resolving significant technical unknowns before the final competition even began. “The B-52 Commercial Engine Replacement Program is the most important and comprehensive upgrade to the B-52 in over half a century. The B-52 is the workhorse of the nation’s bomber force and this modification will allow the B-52 to continue its critical conventional and standoff mission into the 2050s.” 1 — Maj. Gen. Jason Armagost, Director of Strategic Plans, Programs and Requirements, Air Force Global Strike Command The Art of the Deal: Mastering a Fixed-Price Contract in a Dynamic Environment Perhaps the most audacious aspect of the CERP strategy was its use of a 17-year firm-fixed-price (FFP) Indefinite Delivery/ Indefinite Quantity (ID/IQ) contract, executed under FAR Part 12 for commercial items. An ID/IQ framework provides immense flexibility, allowing the government to issue delivery orders for engines and services as needed rather than committing to a single, massive upfront purchase. This structure was paired with a multi-layered strategy that mitigated program risk while fostering a competitive environment. To make a long-term FFP contract viable, the team incorporated an Economic Price Adjustment (EPA) clause for the produc- tion engines. This sophisticated commercial practice protects both the contractor and the government from the volatility of a 17-year timeline by tying the price of production engines to established indices for metals and labor. This de-risked the deal for industry, enabling more stable and competitive pricing, while ensuring the government received the benefits of a fixed-price arrangement for all other elements. The program also managed technical risk with a two-pronged approach that encouraged industry innovation. The RFP included a “Draft Propulsion System Interface Control Document (PS-ICD)” but deferred its finalization until after the contract award, allowing the winning vendor to collaborate on the final design. This prevented the government from locking in suboptimal
50 DEFENSE ACQUISITION MAGAZINE | JULY – AUGUST 2026
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