Casualties unknown

Avions Pierre Robin DR 400/160 Accident at Altena-Hegenscheid

Altena-Hegenscheid, DE

On June 7, 2008, an Avions Pierre Robin DR 400/160 was involved in an aviation accident near Altena-Hegenscheid, DE. Investigators recorded the probable cause as: The accident was caused by engine failure during initial climb due to an incorrect fuel selector valve position, which interrupted fuel flow. This summary draws on records from the German Federal Bureau of Aircraft Accident Investigation (BFU).

Sourcesthe German Federal Bureau of Aircraft Accident Investigation (BFU)Primary reportUpdated 2026-09-13Data APIEditorial standards

On June 7, 2008, a single-engine Avions Pierre Robin DR 400/160 crashed shortly after takeoff from Altena-Hegenscheid. The pilot was killed when the aircraft struck a hillside due to engine failure caused by an incorrect fuel selector position.

Incident Overview

On June 7, 2008, at approximately 11:55 local time, a single-engine Avions Pierre Robin DR 400/160 departed runway 24 from the Altena-Hegenscheid airfield (EDKD) for a cross-country flight to Marl-Loemühle. The aircraft was equipped with a Lycoming O-320 D2A engine and had a total airframe time of 1,856 hours. The pilot, a 43-year-old private pilot, held valid licenses and medical certification.

Sequence of Events

Shortly after takeoff, during initial climb at an altitude of approximately 25 meters, the engine failed. The aircraft deviated to the right and impacted a wooded hillside located roughly 300 meters from the airfield, approximately 30 degrees to the right of the runway centerline. The impact destroyed the forward fuselage and left wing, resulting in fatal injuries to the pilot. No fire occurred post-impact.

Investigation Findings

Examination of the wreckage revealed that the fuel selector valve was positioned between the right wing tank (which contained fuel) and the main tank (which was empty). This intermediate position allowed air to enter the fuel system, causing engine failure. The carburetor, water separator, and electric fuel pump were found to be dry. Although the mechanical fuel pump and ignition systems were functional, the lack of fuel flow was attributed to the valve setting.

Contributing Factors

The investigation noted that the aircraft's fuel quantity indicators were inaccurate, displaying a higher level than actually present in the main tank. This erroneous reading may have led the pilot to select an empty tank. Additionally, the terrain in the departure direction consisted of wooded hills with limited suitable emergency landing areas, forcing the pilot to attempt a maneuver over unsuitable ground.

Probable cause

The accident was caused by engine failure during initial climb due to an incorrect fuel selector valve position, which interrupted fuel flow. This error was likely facilitated by inaccurate fuel quantity indications and the selection of an unsuitable emergency landing site due to limited terrain options.