Watson's Whizzers and the American test pilots who stole Hitler's jet fleet before the ink on VE Day was dry

In May 1945, as victory celebrations swept across Europe, a small team of American test pilots launched one of the most audacious aviation operations of the war. Led by Colonel Harold Watson, the group known as Watson’s Whizzers raced across the wreckage of Germany to find, fly, and evacuate the Luftwaffe’s most advanced aircraft — jets, rocket planes, and flying wings that were a generation ahead of anything in the Allied inventory. The technology they captured shaped American air superiority for decades and fired the opening shot of the Cold War’s aerospace race.

What Was Operation Lusty?

Operation Lusty — an acronym for Luftwaffe Secret Technology — was the U.S. Army Air Forces’ program to locate and exploit advanced German aviation technology before it fell into the hands of competing Allied powers or the Soviet Union. Colonel Harold Watson, a veteran test pilot who had been flying military aircraft since before Pearl Harbor, was given command of the effort’s flight-recovery component. His hand-picked team of roughly a dozen test pilots, backed by mechanics and intelligence officers, earned the nickname Watson’s Whizzers.

Their orders were straightforward: find the German jets, get them airworthy, and fly them out.

What Did the Allies Find in Germany’s Hangars?

The scope of German aeronautical development stunned Allied intelligence. By the spring of 1944, the Luftwaffe had been operating technology that wouldn’t appear in Allied service for years.

Messerschmitt Me 262 — The world’s first operational jet fighter. Twin-engine, swept-wing, and faster than any Allied aircraft by at least 100 mph.
Arado Ar 234 Blitz — The first operational jet bomber. Its speed and altitude made it virtually immune to interception on reconnaissance missions.
Heinkel He 162 Volksjäger — A single-engine “People’s Fighter” built largely from plywood and adhesive due to Germany’s aluminum shortages.
Horten Ho 229 — A jet-powered flying wing so radical in design it looked decades ahead of its time.
Focke-Wulf Ta 152 — One of the finest piston-engine fighters Germany produced, with a top speed that exceeded most Allied counterparts.
Dornier Do 335 Pfeil — A push-pull twin-engine fighter with propellers on both the nose and tail, among the fastest piston aircraft ever built.

This technology was scattered across bomb-cratered factories, salt mines, barns, forest clearings, and camouflaged roadways. The clock was ticking — occupation zones were being drawn, and anything in the future Soviet sector would vanish behind what would become the Iron Curtain.

How Did Watson’s Pilots Fly Aircraft They’d Never Seen Before?

Every member of Watson’s team was either a test pilot or a combat veteran with deep mechanical instincts — and they needed every bit of it. There were no manuals, no instructors, and no simulators. Cockpit instruments were labeled in German. Engines may have been assembled by forced labor in underground factories.

The Junkers Jumo 004 turbojets powering the Me 262 were notoriously temperamental. Bring them up to speed too quickly and the turbine blades would overheat and warp. Let them idle too long and unburned fuel would pool in the tailpipe, igniting a torch fire capable of melting the tail section off the airframe. Starting procedures had to be reverse-engineered through trial and error.

For pilots who had spent their entire careers in propeller-driven aircraft, the transition to jets was disorienting. No torque effect on takeoff. Slow initial acceleration that built progressively. A throttle lag — spool-up time — that could leave a pilot fatally behind the airplane if he expected the instant response of a piston engine.

Bob Anspach, one of Watson’s pilots, took off in an Me 262 from Lechfeld airfield in Bavaria on a runway patched with rubble and packed earth. He later described the experience as a revelation — smooth, fast, and eerily quiet without the vibration of a spinning propeller. Just the whistle of jet engines and the hiss of air over swept wings.

How Did the Ground Crews Keep These Aircraft Flying?

The mechanics supporting Watson’s Whizzers performed near-miracles of improvisation. They scrounged fuel from captured supply dumps. They stripped parts from wrecked airframes to repair flyable ones. One crew spent three days hand-fabricating a fuel line from copper tubing salvaged from a bombed-out plumbing shop. Tires were cannibalized from German staff cars. Hydraulic systems were topped off with whatever fluid came close enough in viscosity.

The aircraft themselves were maintained by a collapsing air force. Engines had unknown service hours. Fuel was a synthetic German blend that varied wildly in quality from batch to batch. Landing gear on some machines was held together with wire.

Despite these conditions, every flight was completed without a fatality. One pilot dead-sticked a Heinkel He 162 onto a grass field after a flameout at altitude. Another ground-looped an Arado Ar 234 into a ditch after a blown tire on landing. That no one was killed remains remarkable given the circumstances.

Where Did the Captured Aircraft Go?

Watson’s team collected approximately 40 aircraft and ferried them airfield-to-airfield across occupied Germany and into France. The final collection point was Cherbourg, on the coast of the English Channel. There, the aircraft were crated or partially disassembled and loaded onto the British escort carrier HMS Reaper.

The Reaper sailed for Newark, New Jersey, arriving in mid-July 1945. The aircraft were transported to Wright Field in Ohio for exhaustive flight testing and engineering analysis.

How Did Captured German Technology Shape American Aviation?

American engineers had their own jet programs underway — the Bell P-59 Airacomet had flown in 1942, and the Lockheed P-80 Shooting Star was in development. But the German engineering offered breakthroughs the U.S. programs hadn’t achieved.

The Me 262’s swept-wing design and axial-flow compressor technology proved transformative. The North American F-86 Sabre, the fighter that dominated the skies over Korea just five years later, owed its swept wing directly to captured German research data. Boeing’s B-47 Stratojet, the backbone of Strategic Air Command, incorporated swept-wing principles studied from the same German data. The influence extended through decades of American aircraft design.

Why Was It a Race Against the Soviets?

Watson’s Whizzers were not the only hunters. The British and French fielded their own recovery teams. The Soviets were the most aggressive, seizing entire factories, engineers, and complete sets of blueprints.

Soviet exploitation of captured German technology was swift. The MiG-9, the USSR’s first operational jet fighter, flew just months after the war ended, powered by reverse-engineered German engines. The MiG-15 — the adversary American pilots would face over Korea in 1950 — was a direct descendant of German wartime jet research.

The scramble across Germany in May 1945 was not trophy collecting. It was the opening move of the Cold War’s technological competition, and the aircraft Watson’s team secured helped establish American air superiority for a generation.

Where Can You See These Aircraft Today?

Several aircraft recovered by Operation Lusty survive in museums:

An Me 262 is displayed at the National Air and Space Museum in Washington, D.C.
A restored Arado Ar 234 is at the Steven F. Udvar-Hazy Center in Chantilly, Virginia.
The Horten Ho 229 sits unrestored in the Udvar-Hazy conservation hangar, its plywood skin deteriorating — a haunting artifact of how far ahead German designers were reaching.

Colonel Watson retired as a major general. But the men who served with him during those weeks in May and June 1945 consistently said the same thing: nothing in their careers compared to climbing into an enemy jet that no one fully understood and flying it across a continent still smoldering from war.

Key Takeaways

Watson’s Whizzers, operating under Operation Lusty, recovered approximately 40 advanced German aircraft in the weeks following VE Day.
American test pilots flew captured jets with no manuals, no training, and no prior jet experience, relying on mechanical intuition and improvisation.
Captured technology — particularly swept-wing design and axial-flow jet engines — directly influenced landmark American aircraft including the F-86 Sabre and B-47 Stratojet.
The Soviets’ parallel seizure of German aviation technology produced the MiG-15, making the 1945 technology race a direct precursor to Cold War aerial confrontation.
Several Operation Lusty aircraft survive today at the Smithsonian’s National Air and Space Museum and Udvar-Hazy Center.