Historically, the largest aircraft to land on an aircraft carrier was a Marine Corps KC-130F, which performed landings in 1963 on USS Forrestal. This aircraft, with a wingspan of 132 feet, accomplished unarrested full-stop landings and unassisted take-offs at weights reaching 121,000 pounds. Its record highlights that aircraft size alone does not determine carrier compatibility.
Modern fighters such as the F-22 Raptor, though smaller, lighter, and equipped with a tailhook, are not designed for carrier operations. The key distinction lies in structural resilience; carrier aircraft must absorb tremendous impact forces during landings, often exceeding six times that of commercial airliners, with the maximum descent rate for a typical fighter exceeding 26 feet per second.
Structural and design considerations
Carrier-capable aircraft require reinforced structures, landing gear designed for high sink rates, folding wings, marine-grade corrosion protection, and stable low-speed handling. These features ensure safety and survivability during routine carrier landings, which impose extreme load conditions on the airframe.
“The F-22 never paid that tax. That is precisely why it is the better land-based air-superiority fighter, and precisely why it will never see a flight deck,”
The article concludes that the inability of the F-22 to land on carriers is not due to its size but because it was not built with the structural features required for routine carrier landings. Meanwhile, the record set by the Hercules in the 1960s demonstrates that purpose-built, moderate-sized aircraft are better suited for carrier operations, and modern alternatives like the Osprey further sidestep this challenge altogether.
