No fatalities

22 Nov 2017: HUGHES 300 C — Woodlawn, VA

Woodlawn, VA, United States

On 22 Nov 2017, a HUGHES 300 C was involved in an aviation accident near Woodlawn, VA. No fatalities were reported. Investigators recorded the probable cause as: The pilot’s inappropriate descent profile during landing with a quartering gusting tailwind, which resulted in a loss of main rotor rpm. This summary draws on records from NTSB.

SourcesNTSBPrimary reportUpdated 1778583330Data APIEditorial standards

A helicopter pilot reported that during approach to a confined area landing pad, main rotor RPM declined despite full throttle, causing the helicopter to settle into trees short of the pad and roll onto its right side.

Incident Details

According to the pilot, the helicopter was landing on a pad located in a confined area. As the helicopter approached the landing pad, the pilot slowed to transition to a hover. During this maneuver, the main rotor RPM began to drop. The pilot applied full throttle, but the RPM continued to decline. The helicopter was unable to maintain altitude and slowly settled into trees on a hillside, coming to rest approximately 20 feet short of the intended landing pad. Subsequently, the helicopter struck the trees and rolled onto its right side.

Aircraft Damage

The helicopter sustained substantial damage to the fuselage and main rotor system.

Pilot Report

The pilot reported that there were no preaccident mechanical failures or malfunctions with the helicopter that would have precluded normal operation. After the accident, the pilot noted that there was a significant right quartering tailwind, which required the application of more left pedal than anticipated. The pilot explained that the increased application of anti-torque pedal reduced the available power to maintain main rotor RPM. He concluded that the approach could have been completed safely with a steeper and faster approach to better manage engine power.

Contributing factors

Causes

Descent/approach/glide path — Not attained/maintainedPilot

Other contributing factors

Effect on operation