No fatalities

2007-09-19: Beechcraft 90 King Air (N10TM) — Air Amteck — Chattanooga, United States of America

Chattanooga, United States of AmericaLanding (descent or approach)

On September 19, 2007, a Beechcraft 90 King Air (registration N10TM) operated by Air Amteck was involved in an aviation accident near Chattanooga, United States of America during landing or approach. No fatalities were reported. Investigators recorded the probable cause as: The pilot's inadequate preflight planning, which resulted in fuel exhaustion during the landing approach. This summary draws on records from the Bureau of Aircraft Accidents Archives (B3A).

Sourcesthe Bureau of Aircraft Accidents Archives (B3A)Primary reportUpdated 1781197902Data APIEditorial standards

A pilot misjudged fuel available before a 1-hour-20-minute flight, leading to fuel exhaustion and both engines losing power on final approach, resulting in a forced landing in a parking lot.

Accident Overview

Before departing, the pilot assessed the fuel quantity indicators and believed there was approximately 3 hours of fuel available for a flight estimated to take 1 hour 20 minutes. During the cruise phase, the pilot realized insufficient fuel remained to complete the planned flight and decided to divert to a closer airport. While on final approach to the diversionary airport, both engines lost power, prompting the pilot to execute a forced landing to a parking lot. When questioned about the aircraft's performance and handling, the pilot stated, "the airplane performed the way it was suppose to when it ran out of fuel."

Key Details

The pilot's preflight planning was based on a mistaken belief about fuel quantity, leading to a diversion that ended with total power loss. The forced landing was conducted in a parking lot after both engines ceased operation on final approach. The pilot's comment suggests the aircraft operated as expected given the fuel exhaustion.

Probable Cause

The official probable cause is the pilot's inadequate preflight planning, which resulted in fuel exhaustion during the landing approach.