The Focke-Wulf Fw One-Ninety, Kurt Tank's Butcher Bird, and the Landing in Wales That Gave Britain Its Most Valuable Air Intelligence of the War

On June 23, 1942, a Focke-Wulf Fw 190 made a clean, gear-down approach to RAF Pembrey in South Wales and rolled to a stop. The pilot, Oberleutnant Armin Faber, climbed out expecting to find French ground crew. Instead, he was surrounded by RAF personnel. His navigational error handed Britain the most significant single piece of aviation intelligence of the Second World War.

The Fighter That Shocked the RAF

When the Fw 190 first appeared over the English Channel in September 1941, the RAF’s front-line squadrons did not know what they were facing. The Spitfire Mk V was Britain’s best fighter at the time - the refined product of Reginald Mitchell’s genius - and it was suddenly, unmistakably second-rate.

The new German fighter could outclimb the Spitfire Mk V at low and medium altitudes. It could outroll it at virtually any speed. In a dive it pulled away cleanly. In level flight it was faster - not marginally, but decisively. Pilots filing reports were asked whether they might be confusing the new aircraft with a modified Messerschmitt 109. They were not.

Formal analysis of gun camera footage confirmed what no one in Fighter Command wanted to accept: they were facing a genuinely superior fighter. The only real advantage remaining to the Spitfire was altitude - above roughly 20,000 feet, the Merlin’s supercharger gave back some of what had been lost. Below that, the tactical situation was difficult.

Kurt Tank and the BMW 801 Radial

The aircraft that caused this crisis had its origins in a Hamburg design office in 1937. Kurt Tank was not as celebrated as Mitchell or as famous as Willy Messerschmitt, but he was every bit their equal in engineering talent - and arguably more practical than either. He thought about what an aircraft actually felt like to fly in combat, in bad weather, from rough forward airstrips. He thought about the mechanic maintaining the engine in a frozen field in Russia.

Tank wanted to build around the BMW 801, a large air-cooled radial engine the Germans had developed but no one had successfully integrated into a first-line fighter. The conventional wisdom said radials meant drag - a wide frontal area penalized speed and performance. Tank believed he could engineer around it: a precisely contoured cowling, a cooling fan built into the design from the start, and an airframe so clean around the engine that the drag penalty became manageable.

The prototype flew for the first time on June 1, 1939, from a hangar in Bremen. What emerged from that design process would change the air war.

What Made the Fw 190 Dominant Below 20,000 Feet

The characteristic RAF pilots talked about most was the roll rate. The combination of the wide radial engine, the broad fuselage, and the wide-track undercarriage produced an aircraft that could snap into a reversal so quickly that a Spitfire pilot tracking a shot would be looking at empty sky before completing the maneuver.

The armament was equally sobering. The Fw 190 carried four 20mm cannon and two machine guns. A Spitfire pilot was outgunned as well as outmaneuvered.

Tank had also designed the cockpit with the pilot’s workload in mind. Controls fell naturally to the hands. The throttle quadrant was clean and logical. The wide-track undercarriage - which Mitchell had deliberately narrowed on the Spitfire to reduce aerodynamic drag - made the Fw 190 dramatically easier to operate from the kind of improvised forward airstrips that were the reality of combat operations.

The Most Valuable Navigational Error of the War

Armin Faber was 23 years old, an adjutant with Jagdgeschwader 2, one of the Luftwaffe’s premier fighter groups. On June 23, 1942, he was in a low-altitude dogfight off the Devon and Cornwall coast - turning, diving, full-power maneuvering, the kind of engagement that scrambles a pilot’s sense of direction fast.

When the fight broke off, Faber set a heading he believed would take him to the French coast. He crossed water, identified a coastline, identified an airfield, and flew a proper final approach - gear down, flaps down, not trailing smoke, not damaged. He touched down and rolled out cleanly.

He was over the Bristol Channel, headed north. The coastline was South Wales. The airfield was RAF Pembrey. He reportedly did not realize his error until RAF personnel were already walking toward his cockpit.

The aircraft was an Fw 190 A-3, and it was essentially undamaged.

What Britain Learned from Farnborough’s Investigation

The Royal Aircraft Establishment at Farnborough disassembled Faber’s aircraft completely, rebuilt it, and flew it against everything in the RAF inventory. Test pilots measured the roll rate at every speed, the climb rate to every altitude, top speed at low level, medium altitude, and high altitude, cockpit visibility, gun harmonization, and engine behavior at extreme angles of attack.

Reports went all the way to Air Chief Marshal Sholto Douglas. One Farnborough test pilot wrote, in characteristically dry official language, that in a low-level turning engagement at 5,000 feet, his Spitfire Mk V was simply unable to stay with the German fighter.

The intelligence accelerated the Spitfire Mk IX program, which carried the more powerful Merlin 61 engine and would go on to restore competitive parity. It also fundamentally changed RAF fighter tactics: do not turn with the Fw 190. Climb, zoom, use altitude as a weapon, pick engagements carefully, and avoid a rolling scissors below 15,000 feet.

Faber spent the rest of the war as a prisoner. The British were deliberately careful not to reveal to the Germans exactly what had fallen into their hands for as long as possible.

The Fw 190 Family and the Long-Nosed Dora

Tank continued developing the airframe throughout the war. The Fw 190 became a family of aircraft: the Jabo fighter-bomber variant, used for low-level tip-and-run raids against English coastal towns, coming in under radar cover and crossing back before anything could scramble; a pressurized high-altitude interceptor; a torpedo bomber; a ground-attack variant that became one of the most feared aircraft on the Eastern Front.

By late 1944, the Allies had the Spitfire Mk XIV and the P-51 Mustang in quantity, and the original BMW 801-powered Fw 190 was struggling at high altitude. Tank’s answer was to replace the radial with a long liquid-cooled Jumo 213 inline engine, faired with an annular radiator that still gave the nose an almost radial appearance from a distance. The fuselage stretched and sharpened.

This was the Fw 190 D-9 - the Dora. Luftwaffe pilots who flew it called it the finest piston fighter Germany produced. Some who flew both the D-9 and the Messerschmitt 262 jet said they would take the Dora in a turning fight. It came too late: by late 1944 the Luftwaffe was critically short of fuel, spare parts, and experienced pilots.

Kurt Tank’s Legacy

Tank survived the war and emigrated to Argentina, where he contributed to the development of the Pulqui II jet fighter. He later worked in India. He died in Germany in September 1983.

He never received the same recognition as Mitchell or Hawker. But he built an aircraft that many serious aviation historians consider the finest all-around fighter of the Second World War - and pilots with warbird hours who have flown the Fw 190 still describe the cockpit visibility, roll response, and handling qualities in terms that would have pleased him.

A fighter designed in the late 1930s, still earning superlatives eighty years later, is its own form of tribute.

Key Takeaways

The Fw 190 first appeared over the English Channel in September 1941 and immediately outclassed the Spitfire Mk V at low and medium altitudes in roll rate, speed, climb rate, and firepower.
Kurt Tank built the Fw 190 around practical combat realities: pilot ergonomics, rough-field operations, and maintainability - priorities that showed in the aircraft’s handling qualities and wide-track undercarriage.
Armin Faber’s accidental landing at RAF Pembrey on June 23, 1942, gave the RAF an intact Fw 190 A-3 to test - intelligence that directly accelerated the Spitfire Mk IX program and reshaped fighter tactics.
Farnborough’s test pilots confirmed that below 15,000 feet, the Spitfire Mk V could not stay with the Fw 190 in a turning engagement - a finding that changed how RAF pilots were trained to fight.
The Fw 190 D-9 Dora, introduced in late 1944 with a Jumo 213 inline engine, is widely regarded by aviation historians as the finest piston fighter Germany produced - but arrived too late to affect the war’s outcome.