Fatal Beech B-60 Crash Blamed on Contamination, Single-Engine Go-Around
Photo: Gareth James / CC BY-SA 2.0 — via Wikimedia (CC BY-SA 2.0) · source
A Beech B-60 crashed in Ohio after experiencing a total left engine failure caused by fuel system contamination, killing the pilot and two passengers. According to the NTSB, the pilot attempted to land with gear and flaps fully extended but initiated a single-engine go-around at the runway threshold, resulting in a fatal loss of control. Investigators discovered plastic polymer debris in both engine fuel servos and noted a history of neglected maintenance, emphasizing that rushing an unairworthy aircraft back into service carries deadly consequences.
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The NTSB findings on this fatal Beech B-60 accident provide a stark reminder of the compounding nature of aviation emergencies, particularly regarding maintenance complacency and multi-engine aerodynamics. The accident sequence began long before the aircraft took the runway. The airplane had been sitting outside through a harsh New York winter, with a friend of the pilot explicitly refusing to fly it due to known airworthiness concerns, including water in the fuel, tire rot, and previous engine backfires. Post-accident investigation revealed that the engine oil had been severely neglected, and thermoplastic polymer debris from degraded fuel system components was found contaminating both fuel servos, leading to detonation and the eventual failure of the left engine. For twin-engine pilots, the final moments of the flight are a textbook case study in the extreme dangers of the single-engine go-around. Arriving high and fast at an airport with a massive 9,000-foot runway, the pilot flew the length of the pavement in a descent but failed to touch down. Nearing the departure end with landing gear and full flaps extended, the pilot abruptly pitched up and banked left directly into the dead engine. The resulting low-altitude loss of control is a classic manifestation of falling below minimum controllable airspeed while attempting an asymmetric missed approach in a high-drag configuration. This tragedy illustrates a vital lesson for aircraft owners and operators: an airplane's return to service after prolonged outdoor storage requires exhaustive scrutiny, not a rushed departure. Furthermore, for multi-engine students and instructors, it reinforces the hard truth that a single-engine go-around is one of the most hazardous maneuvers in aviation, especially when compounded by high drag and the intense pressure of an inflight emergency.