The Focke-Wulf Fw one ninety pulled from a Russian forest and restored to flight after sixty years in the dirt

A Focke-Wulf Fw 190 A-5 that crashed in the forests south of Saint Petersburg, Russia, in 1943 during the Leningrad siege was recovered in the early 2000s and restored to airworthy condition for Paul Allen’s Flying Heritage Collection at Paine Field in Everett, Washington. The project required tracking down original German engineering drawings, sourcing engine components from multiple wrecks across Europe, and rebuilding nearly every system on the aircraft from scratch. It stands as one of the most ambitious warbird restorations ever completed.

Why the Fw 190 Changed Aerial Combat

When the Focke-Wulf Fw 190 appeared over France in September 1941, the Royal Air Force had nothing that could match it. The Spitfire Mark V, which had dominated the skies over the English Channel, was suddenly outperformed by a radial-engine fighter that could roll faster than anything in the Allied inventory.

Designer Kurt Tank defied the prevailing logic of the era. Every high-performance fighter of the late 1930s was moving toward inline, liquid-cooled engines — the Messerschmitt Bf 109 had its Daimler-Benz, the Spitfire its Merlin. Tank chose a massive BMW 801 fourteen-cylinder, twin-row radial and wrapped it in the tightest cowling he could engineer. The result was an aircraft capable of nearly 400 mph that could absorb battle damage that would have destroyed a Bf 109.

The Fw 190 was also a superior pilot’s aircraft. The cockpit was wider than the Bf 109’s. The wide-track landing gear provided better ground handling and forward visibility during taxi, drastically reducing the ground-loop tendency that plagued Messerschmitt pilots. German aviators who transitioned to the Fw 190 almost universally praised its harmonized controls and honest handling feedback — critical qualities in a fighter routinely pushed to extreme angles of attack.

How a Fighter Ended Up in a Russian Forest for Sixty Years

By 1943, the Fw 190 was deployed across the Eastern Front, Western Front, and North Africa. The A-5 variant, one of the most widely produced versions, featured a slightly lengthened engine mount that improved the center of gravity and handling characteristics.

During the brutal fighting around the Leningrad siege, an Fw 190 A-5 went down in forested terrain south of present-day Saint Petersburg. The pilot may have survived. The aircraft did not fly again. It settled into soft ground among birch and pine trees, and the forest consumed it.

For decades, the wreck sat undisturbed. Thousands of aircraft wrecks littered the Russian countryside from Stalingrad to Murmansk, and aviation archaeology was not a Soviet priority. After the fall of the Soviet Union in 1991, Western collectors began connecting with Russian recovery teams who had been quietly cataloging crash sites for years. Some were veterans or their descendants. Others were aviation enthusiasts who had grown up hearing stories about the machines that fell over their grandparents’ land.

What the Recovery Team Found

When the Fw 190 was pulled from the ground in the early 2000s, the condition was severe. Six decades of acidic soil and freeze-thaw cycles had taken an enormous toll. The engine had driven itself into the ground on impact. The wings were bent. The fuselage was broken in at least two places. The instrument panel was a mass of corroded brass and shattered glass.

Most observers would have seen scrap metal. Paul Allen saw a flying airplane.

Paul Allen’s Philosophy of Living History

Allen, the Microsoft co-founder, built one of the most significant aviation collections in the world through his Flying Heritage Collection at Paine Field. His philosophy was straightforward: if you’re going to preserve a warbird, you have to make it fly. A static display shows what an airplane looked like. A flying airplane reveals what it sounded like, how it performed, and what it could do. Allen considered that the difference between history and memory.

His team acquired the Russian wreck and began what would become one of the most complex warbird restorations ever attempted.

The Engineering Archaeology of Rebuilding an Fw 190

Restoring a World War II fighter from a crash site is an act of engineering archaeology requiring detective work, craftsmanship, and relentless problem-solving.

Airframe reconstruction demanded tracking down original Focke-Wulf drawings scattered across German archives, captured document collections in the United States and Britain, and microfilm records. The restoration team, composed of specialists from both the U.S. and Germany, had to reconcile drawings that sometimes contradicted each other — wartime production meant modifications were made on factory floors without always updating engineering documents.

Every structural member required evaluation. Could an original spar be saved, or did it need remanufacturing? The Germans used specific aluminum alloys with no exact modern equivalents, forcing difficult choices between period-correct materials and stronger modern substitutes.

Rebuilding the BMW 801 Engine

The BMW 801 is a masterpiece of wartime engineering: fourteen cylinders in two rows, a single-speed two-stage supercharger, and the Kommandogerät — an analog engine computer that automatically managed prop pitch, fuel mixture, boost pressure, and supercharger gear based on throttle position. In 1942, this was nearly science fiction. Allied pilots managed all those parameters with separate levers and switches. The German pilot simply pushed the throttle forward.

Rebuilding a BMW 801 is one of the great challenges in warbird restoration. These engines haven’t been manufactured in over eighty years. No spare parts exist on any shelf. Every bearing, piston, and valve guide must be salvaged from other wrecks, remanufactured to original specifications, or reverse-engineered from existing hardware.

The restoration team sourced components from multiple wrecks across Europe — cylinder barrels from one country, crankcase parts from another. Some internal components were machined from scratch by shops that specialize in manufacturing parts no one has produced since the 1940s. The Kommandogerät alone — a box of cams, levers, springs, and aneroid capsules working in concert — is a precision mechanical restoration comparable to rebuilding a Swiss watch the size of a breadbox.

The BMW 801’s direct fuel injection system, far ahead of its time, also required complete rebuilding and recalibration. Unlike the carbureted Merlin engines in Spitfires and Hurricanes, which would starve for fuel during negative-G maneuvers, the Fw 190’s fuel injection allowed full-power operation in steep dives — a critical combat advantage that had to be faithfully reproduced.

Skin, Cockpit, and Paint

The original aluminum skin was too corroded to save in most areas. New skins were formed using English wheels and hand tools, shaped to match the compound curves of the original airframe. The Fw 190’s distinctive profile — tight radial cowling, tapered fuselage, broad squared-off wingtips — demands precision. A panel off by a sixteenth of an inch in its curvature is visually noticeable. The best restoration shops employ metal workers who can feel when a curve is correct, a tactile skill developed over years.

The cockpit was restored to full German wartime specification: every instrument, switch, and placard in German. The Revi gunsight, FuG radio equipment, and armor plate behind the pilot’s seat were all reproduced or restored. The result is an exact replica of what a Luftwaffe pilot saw in 1943.

The paint scheme was researched and applied to match a specific operational aircraft — the mottled gray-green camouflage used on the Eastern Front, yellow theater markings on the lower cowling, and Balkenkreuz national insignia positioned according to Luftwaffe technical orders.

First Engine Run and Flight

The first run of the rebuilt BMW 801 at Paine Field was a moment of controlled uncertainty. Fire bottles stood ready. The engine hadn’t run since a German mechanic warmed it up on a frozen airfield outside Leningrad.

The BMW 801 produces a sound unlike any American radial. The firing order of its fourteen cylinders creates a distinctive, aggressive snarl — a harder, sharper bark than a Pratt & Whitney or Wright engine. Anyone who has heard combat footage recordings of Fw 190s recognizes it instantly.

The restoration team got the aircraft not just running but flying, validating Allen’s conviction about living history. Performance charts and kill ratios convey data. A BMW 801 at full power and an Fw 190 climbing away from a runway convey what Allied pilots actually faced.

The Collection After Paul Allen

Following Paul Allen’s death in 2018, the warbird community watched anxiously. Allen had assembled one of the world’s finest collections of flyable warbirds — not just the Fw 190, but a Bf 109, Japanese Zero, P-47 Thunderbolt, Spitfire, Il-2 Sturmovik, and many others, all restored to the same exacting standards and flown regularly.

The collection transitioned to the Stonewall Foundation, which continues to maintain and fly these aircraft. This continuity reflects both the organizational structure Allen established and the dedication of the specialists who work on these machines daily.

Why Warbird Restoration Matters

Only a handful of Fw 190s worldwide remain in flying condition. The Flying Heritage Collection’s example is among the most authentic, representing thousands of hours by dozens of specialists across multiple countries.

These aircraft cannot be replaced. The factories are gone. The tooling is gone. The engineers who designed them are gone. Every airworthy warbird flying today is a rescue from extinction. A generation of collectors and restorers came to understand that when these machines disappear, they disappear forever.

Restorations like this one are not exercises in nostalgia or war glorification. They preserve an understanding of what human beings could engineer when the stakes were absolute — and ensure that understanding survives beyond photographs and wall plaques.

Key Takeaways

• A Focke-Wulf Fw 190 A-5 that crashed near Leningrad in 1943 was recovered from a Russian forest approximately sixty years later and restored to airworthy condition for Paul Allen’s Flying Heritage Collection.
• The BMW 801 engine rebuild required sourcing parts from multiple wrecks across Europe and remanufacturing components that haven’t been produced in over eighty years, including the Kommandogerät analog engine computer.
• Kurt Tank’s radial-engine design defied convention but produced a fighter that outperformed the Spitfire Mark V and offered superior handling over the Bf 109.
• Paul Allen’s philosophy — that warbirds must fly to truly preserve history — drove the restoration to full airworthy, combat-accurate condition.
• The collection continues under the Stonewall Foundation following Allen’s death in 2018, maintaining his commitment to keeping these irreplaceable aircraft in the air.