The glue was still wet when test pilot Gotthold Peter strapped himself into the cockpit on December 10, 1944. The Heinkel He 162 had made its maiden flight just four days earlier — ninety days after the first design drawings had been submitted — and the Reichsluftfahrtministerium was already demanding mass production. Peter pushed the throttle forward and the BMW 003 turbojet, perched on top of the fuselage like a parasite, wound up to full power. The He 162 leaped off the runway at Heidfeld and climbed fast. Then, at low altitude during a pass in front of assembled Nazi officials, a section of the starboard wing leading edge detached. The aircraft rolled violently, dove into the ground, and killed Peter instantly. The adhesive bonding the plywood skin to the wing spar had failed. The Tego-Film adhesive, a formaldehyde-based compound selected because Germany had run out of proper aviation-grade bonding agents, was acidic enough to eat through the wood over time. It was a fitting metaphor for the entire Volksjaeger program: brilliant engineering undermined by desperation, shortages, and the terminal delusions of a crumbling regime.

A Specification Born of Desperation

By September 1944, the Luftwaffe was being destroyed. Allied bombers roamed over Germany virtually at will. The Messerschmitt Me 262, the world’s first operational jet fighter, was proving devastatingly effective — but it was complex to build, consumed vast quantities of strategic materials, and required experienced pilots who were increasingly difficult to find. On September 8, 1944, the Reichsluftfahrtministerium (RLM) issued the Volksjaeger specification. The requirements read like a wartime shopping list written by a man with nothing left in the cupboard: a single-engine jet fighter that could be built in under 1,000 man-hours, using non-strategic materials (wood, steel, minimal aluminum), powered by the available BMW 003 turbojet, with a top speed of at least 750 km/h. Most remarkably, it was to be simple enough for pilots with minimal training — as little as 30 hours of glider time — to fly in combat. Ernst Heinkel’s team won the contract. Their design was elegant in its simplicity: a conventional low-wing monoplane with the BMW 003 turbojet mounted in a nacelle on top of the fuselage, behind the cockpit. The top-mounted engine kept the intake clear of debris on rough airfields and allowed for a short, sturdy landing gear. The twin vertical stabilizers, angled outward in a distinctive V-tail arrangement, kept the control surfaces out of the jet exhaust.

Ninety Days From Paper to Flight

The speed of development was staggering even by wartime standards. Heinkel submitted detailed design drawings on October 29, 1944. The first prototype flew on December 6 — just 38 days later. This remains one of the fastest development cycles in aviation history, a record born not of efficiency but of existential panic.

The aircraft performed remarkably well in initial flight tests. It was fast — reaching 905 km/h at sea level, faster than any Allied piston-engine fighter. It was responsive and surprisingly pleasant to fly at cruise speeds. But it was also lethal to the unwary.

The Deadly Flaw

Gotthold Peter’s death on December 10 exposed the He 162’s fatal vulnerability. The Tego-Film adhesive used to bond the plywood components was not only inadequate for the stresses of high-speed flight — it was actively corrosive, weakening the wood joints over time. Subsequent aircraft used improved Dinamit Nobel adhesive, but structural integrity remained a concern throughout the program. The aircraft had other dangerous characteristics. The engine nacelle’s position above and behind the center of gravity created a nose-down pitching moment during engine failure — precisely the wrong direction when you were close to the ground. Abrupt rudder inputs could cause the aircraft to snap-roll. And the ejection seat, while innovative for its time, blew the pilot directly into the jet intake if activated at certain speeds.

JG 1 “Oesau” — Too Late for War

In February 1945, the first He 162s were delivered to I./Jagdgeschwader 1 “Oesau” at Parchim. The unit’s pilots, experienced Focke-Wulf Fw 190 veterans, began conversion training — a far cry from the Hitler Youth conscripts originally envisioned for the cockpit. The training was painfully slow. The He 162 demanded respect, and every takeoff and landing was an exercise in careful precision. The unit relocated to Leck airfield in Schleswig-Holstein in April 1945, where they attempted combat operations in the war’s final weeks. The results were meager: a handful of inconclusive engagements, and at least one confirmed aerial victory — the shooting down of a British aircraft. In the three weeks from April 13 to the war’s end, JG 1 lost 13 aircraft and 10 pilots — most to accidents rather than enemy action. On May 8, 1945, the surviving pilots of JG 1 surrendered at Leck with their aircraft intact, handing over to the British some of the most advanced — and most dangerous — jet fighters the world had yet seen.

What Might Have Been

When Allied troops swept through Germany’s factories in May 1945, they found approximately 800 He 162s in various stages of completion. Underground production facilities at Nordhausen — the same salt mines that produced V-2 rockets using slave labor from the Mittelbau-Dora concentration camp — contained hundreds of fuselages and wings awaiting assembly. The He 162 represents one of aviation’s most uncomfortable paradoxes: a genuinely innovative aircraft, built with slave labor, designed for teenage pilots, and fielded too late to matter. Its top-mounted engine configuration would later influence the design of several postwar aircraft, and its use of mixed-material construction foreshadowed the composite airframes of the modern era. Captain Eric Brown, who tested more aircraft types than any pilot in history, considered it one of the best-handling jets he had ever flown. Had the war continued even a few months longer, and had Germany been able to field the He 162 in numbers with experienced pilots, it could have been a serious threat to Allied air superiority. Instead, it remains a monument to what desperate genius can produce — and a reminder that no amount of engineering can overcome a war already lost.

Sources: Imperial War Museum, Bundesarchiv, WW2 Database, Eric Brown “Wings of the Luftwaffe,” Heinkel company records