An F-15D assigned to the 48th Fighter Wing at RAF Lakenheath, England, crashed on Oct. 8, 2014, in part because of a radome imperfection, which “generated sufficient yaw to cause a spin and delay … recovery,” according to an accident investigation board report, released March 12. The mission pilot was conducting basic fighting maneuvers just north of Lakenheath at the time of the incident. On the final planned engagement, the pilot entered into a “series of vertical maneuvers” and then “executed an abrupt aft-stick pull that spiked” the aircraft’s “angle of attack,” according to the report. Although “a series of aerodynamic studies” have shown that similar radome imperfections “do not significantly affect aircraft aircraft performance except in infrequent cases” the pilot’s “abrupt aft-stick pull placed the [mishap aircraft] in this flight regime,” states the report. In addition, “By a preponderance of evidence, the board president also found that the inherent reduced stability of the F-15D model was a significant contributing factor to the mishap,” states the report. (USAFE-AFAFRICA release)
NASA Boss: Race to Moon Has National Security Stakes
Sept. 15, 2026
NASA is pushing hard to get astronauts back to the moon by 2028—and the urgency is driven in no small part by the national security implications of doing so before China does, Administrator Jared Isaacman said Sept. 15.
