NGAP Adaptive Engine Development — XA103
Pratt & Whitney (RTX) developing the XA103 adaptive-cycle engine under the Air Force's NGAP program; completed assembly readiness review May 2026.
Pratt & Whitney, RTX's engine division, is developing the XA103 adaptive-cycle jet engine under the Air Force's Next-Generation Adaptive Propulsion (NGAP) program, alongside GE Aerospace's competing XA102. The initial award was reported at $975M (August 2022) with a modification reported at up to $3.5B (early 2023); both figures are sourced to industry press, not a primary DoD contract announcement, and should be rechecked. Assembly readiness review completed May 2026.
Award detail
- Agency
- US Air Force
- Award ID
- Ceiling value
- $975M initial + up to $3.5B modification
- Vehicle
- Awarded
- 2022-08-01
- Period of performance ends
Frequently asked
- What is the NGAP Adaptive Engine Development — XA103 contract?
- Pratt & Whitney, RTX's engine division, is developing the XA103 adaptive-cycle jet engine under the Air Force's Next-Generation Adaptive Propulsion (NGAP) program, alongside GE Aerospace's competing XA102. The initial award was reported at $975M (August 2022) with a modification reported at up to $3.5B (early 2023); both figures are sourced to industry press, not a primary DoD contract announcement, and should be rechecked. Assembly readiness review completed May 2026.
- Which agency awarded the NGAP Adaptive Engine Development — XA103 contract?
- The NGAP Adaptive Engine Development — XA103 contract was awarded by US Air Force.
- How much is the NGAP Adaptive Engine Development — XA103 contract worth?
- The NGAP Adaptive Engine Development — XA103 contract has a value of $975M initial + up to $3.5B modification, awarded on 2022-08-01.
Tags
Sources & citations1
Each claim links to its underlying source. Confidence reflects how directly the source supports the claim.
- 1
Air Force aims to have next-gen engine ready for aircraft integration by 2030
DefenseScoop: Air Force aims to have next-gen engine ready for aircraft integration by 2030Verified2026-07-30