No fatalities

Engine Power Loss Leads to Forced Landing and Left Wing Damage

Loda, IL, United States

On June 4, 2016, a PIPER PA 24 250 was involved in an aviation accident near Loda, IL. No fatalities were reported. Investigators recorded the probable cause as: The pilot's failure to properly calculate the fuel consumption rate and to properly monitor the fuel status in flight, which resulted in a total loss of engine power due to fuel exhaustion and a subsequent forced landing, runway excursion, and impact with a… This summary draws on records from NTSB; 12 related events involving the same aircraft type or operator are linked below.

SourcesNTSBPrimary reportUpdated 2026-08-03Data APIEditorial standards

A pilot experienced a total loss of engine power during cruise on a cross-country flight. After switching fuel tanks, the engine restarted but failed again. The pilot performed a forced landing on a private grass airstrip; during the landing roll, the left main landing gear struck a low spot, causing the airplane to veer off and hit a fence with the left wing. The left wing sustained substantial damage. Postaccident examination revealed both fuel tanks empty with no leaks identified.

Accident Summary

A pilot reported a total loss of engine power while on a cross-country flight at cruise altitude. The pilot switched fuel tanks, and the engine restarted briefly before losing power again. Forced to land, the pilot chose a private grass airstrip. During the landing roll, the left main landing gear encountered a low spot in the ground, causing the airplane to veer left off the runway and strike a fence with the left wing. The left wing suffered substantial damage.

Postaccident Examination

Examination after the accident showed that both the right and left fuel tanks were empty. No fuel leaks were identified on the airplane.

Fuel Awareness Publication

The Aircraft Owners and Pilots Association Air Safety Foundation has published Safety Advisor SA16-01/05 Fuel Awareness (2005). This document provides recommendations for fuel management, including:

  • Know how much fuel you have, thinking in terms of hours and minutes rather than gallons or pounds; add one or two gallons per hour to computed consumption for unfamiliar airplanes.
  • Know your airplane's fuel system and be proficient in its operation.
  • Ensure the airplane contains the proper grade of uncontaminated fuel.
  • Update fuel status regularly during flight, such as each hour, because winds and weather deviations can change fuel consumption.
  • Always land with adequate reserve fuel, such as never less than one hour of fuel, to exceed regulatory requirements.

Contributing factors

Causes

Fluid levelPilot

Other contributing factors

Contributed to outcome