Boeing's F‑47 stays on track
Boeing’s sixth‑generation fighter, the F‑47, is reported to be on schedule for a first flight in 2028, giving visible momentum to an airframe‑and‑propulsion pipeline. That schedule implies continued demand for high‑speed external aerodynamics, inlet‑airframe coupling and iterative CFD–test work on programmes that combine stealth and propulsion integration. Boeing’s progress contrasts with slower Navy efforts and signals specific technical areas likely to hire. (flightglobal.com)
A fighter jet is really two machines jammed into one shape: an airframe that has to slip through the air, and an engine that has to gulp air, burn fuel, and stay cool while doing it. On a stealth jet, those two jobs fight each other, because the smooth outside shape that hides from radar can choke the airflow the engine wants. (af.mil) That is why the new Boeing F-47 schedule matters. Air Force officials said on February 25, 2026 that the aircraft is still on track to fly by 2028, and the first airframe is already in production. (airandspaceforces.com) The F-47 is the crewed centerpiece of the Air Force’s Next Generation Air Dominance program, which is the service’s plan for winning control of the sky after the Lockheed Martin F-22. The Air Force formally awarded Boeing the engineering and manufacturing development contract on March 21, 2025. (af.mil) The Air Force has described the F-47 as longer range, more stealthy, and cheaper than the F-22, and Air Force officials have said it is being designed for a combat radius of more than 1,000 nautical miles and speeds above Mach 2. That is a very hard combination, because long range pushes designers toward more fuel and efficient airflow, while stealth pushes them toward buried inlets, hidden edges, and tight packaging. (af.mil) (airandspaceforces.com) The engine side is moving in parallel. General Electric said on February 19, 2025 that its XA102 adaptive-cycle engine passed detailed design review and moved into the phase to procure, assemble, and test a full-scale demonstrator. (geaerospace.com) Pratt & Whitney says its rival XA103 adaptive-cycle engine has also completed preliminary and detailed design review, and the company is now buying hardware for a prototype ground demonstrator expected to test in the late 2020s. An adaptive-cycle engine is basically a transmission for airflow: it changes how air moves through the engine so the jet can trade between fuel economy, thrust, and cooling. (rtx.com) Cooling is now as important as thrust because modern fighters carry heat-hungry sensors, processors, and weapons. General Electric says the point of the Next Generation Adaptive Propulsion program is not just more range, but also more thermal-management capacity, which is engineer-speak for the jet’s ability to dump heat without cooking itself. (geaerospace.com) That is where the hiring signal comes from. If Boeing is building airframes now and engine teams are already into demonstrator hardware, the bottlenecks shift toward the people who make the outside shape, the inlet ducts, and the engine airflow all behave like one machine instead of three separate ones. (airandspaceforces.com) (geaerospace.com) (rtx.com) The contrast with the Navy is stark. Pentagon budget officials said the Fiscal Year 2026 request would keep the Navy’s carrier-based F/A-XX at just $74 million in minimal development funding while the department went “all in” on the F-47, arguing that the industrial base could only move fast on one sixth-generation fighter program at a time. (news.usni.org) So the story is not just that Boeing has a date on a chart. It is that the Air Force now has an airframe in build, an official 2028 first-flight target, and two advanced engine lines far enough along that the hardest work is increasingly about integration, not invention. (airandspaceforces.com) (af.mil) (geaerospace.com) (rtx.com)
