F-47 NGAD

The F-47's defining requirement is reach rather than raw performance. The officially stated combat radius of more than 1,000 nautical miles is roughly double that of the F-22, and it exists because the Western Pacific offers few survivable close-in bases and a limited tanker fleet. On the released figures the aircraft is not obviously faster than an F-22 — Mach 2+ against the Raptor's published Mach 2-class top speed — which suggests the design trades peak kinematics for fuel fraction, internal volume, signature and sustained sensor-and-weapons work at distance (assessed).

Just as important is what the F-47 is not meant to do alone. The Air Force frames it as the crewed node of a family of systems, with the collaborative combat aircraft programme supplying magazine depth, forward sensing and expendable mass. The June 2026 decision to put both the FQ-42A and FQ-44A into production, against a stated goal of over 150 airframes by 2030 and a longer-term ambition of 1,000-plus, is therefore a direct read on how seriously the crewed-uncrewed teaming concept is being pursued. If CCA fielding slips, the F-47 loses much of the cost-per-effect argument that justified it (assessed).

The main risks are schedule and propulsion. Boeing's 2028 first-flight target is aggressive by historical standards — about three years from award, against five for the F-35 — and is credible only because classified X-plane demonstrators had already flown hundreds of hours before the award. The adaptive-cycle NGAP engines that give the aircraft its range and thermal margin are reported as not ready for airframe integration before 2030, implying that early flight test proceeds on an interim or non-production powerplant. Meaningful capability judgements should therefore wait on engine integration and on whether the 185-aircraft buy survives budget scrutiny (assessed).