In 1956, Goodyear Aircraft Company in Akron, Ohio took twelve weeks and a stack of rubberized nylon fabric to build something nobody had ever seriously attempted: a fully inflatable, pilot-rated airplane that could be packed into a container the size of a footlocker, dropped to a downed airman behind enemy lines, inflated with a hand pump or a small compressor in six minutes, and flown out at 70 mph with 390 miles of range.

It worked. The Goodyear GA-468 Inflatoplane — and its larger two-seat sibling, the GA-447 — flew their first powered tests in February 1956 at Wingfoot Lake. The Army was interested enough to designate the program XAO-3 and later XAZ-1, and signed contracts for twelve aircraft between 1956 and 1959. The structure was a Goodyear-patented material called Airmat: two layers of rubberized nylon fabric held a precise airfoil shape by thousands of internal drop-threads, pressurized to about 7 psi. The wing was, structurally, a balloon that happened to be the exact shape of a NACA airfoil. A 40-hp Nelson H-63 two-stroke engine sat on a small rigid pylon. Empty weight: 240 pounds. Useful load: 240 pounds. Stall speed: 45 mph.

Test pilots flew it more than 200 times. It survived a hailstorm. It survived bird strikes. A bullet through the wing didn't bring it down — the redundant cell structure meant a single puncture leaked slowly enough to land. Goodyear engineers demonstrated packing it into a 44-cubic-foot container and inflating it on a golf course.

The Army cancelled it in 1973. The official reason, in a memo that has since become legendary in aviation circles, was that the Army "could not find a valid military use for an aircraft that could be brought down by a well-aimed bullet." This was, of course, also true of every helicopter in Vietnam. The real reasons were softer: the rescue-pilot mission didn't materialize (helicopters got better faster), the 40-hp two-stroke was unreliable, and a 1962 prototype crash killed a test pilot when a tow cable severed the inflation lines.

Why 2026 is the year to look again. Every objection has dissolved:

• Materials: Modern Vectran and Zylon fabrics have 5–10× the tensile strength of 1956 rubberized nylon at half the weight. ILC Dover's inflatable habitat work for NASA (BEAM, on the ISS since 2016) has proven self-sealing multi-layer architectures that survive micrometeorite hits.
• Propulsion: A 15-kW electric motor with a 5-kWh lithium pack weighs under 50 lb and eliminates the two-stroke entirely. Hand-launched inflation in 90 seconds with a CO₂ cartridge.
• Mission fit: The Army didn't have a use case. Ukraine, in 2024–2025, has demonstrated a massive use case — disposable, packable, pilot-optional aircraft for resupply, reconnaissance, and casualty evacuation in contested terrain. An inflatable autonomous cargo glider that packs into a rucksack and self-deploys is exactly the form factor every defense contractor is currently trying to print in carbon fiber for ten times the cost.
• Manufacturing: Automated fabric weaving and ultrasonic welding mean a 2026 Inflatoplane could roll off a production line for under $15,000.

Goodyear still holds the original Airmat patents and tooling drawings. The aircraft are in museums in Akron and at Fort Eustis. The technology is sitting there, waiting.