The investigation into the August 6 military helicopter crash that claimed the lives of eight Ghana Air Force personnel has concluded that a sudden environmental downdraft, combined with poor visibility over rugged terrain, caused the aircraft to lose altitude and crash.
The findings were presented by Captain Paul Forjoe, a certified Aircraft Accident Investigator, during a briefing to national security authorities.
According to the report, the helicopter was flying over an area with rapidly shifting weather conditions when it encountered a severe downdraft, making it impossible for the aircraft to maintain lift.
“There was no evidence of crew error, mechanical failure, or medical impairment. The aircraft was airworthy at the time of the flight,” Captain Forjoe stated.
Helicopter Lacked Advanced Terrain Warning Systems
While the aircraft met basic operational standards, the investigation revealed it did not have a Terrain Awareness and Warning System (TAWS), a critical safety enhancement that alerts pilots when flying dangerously close to obstacles.
“The absence of a terrain warning system significantly reduced the crew’s situational awareness in low visibility conditions,” the report noted.
The committee recommended an immediate acquisition of helicopters equipped with modern flight safety systems, including real-time terrain mapping, weather radar, and enhanced cockpit alerts.
Weather and Visibility Challenges
At the time of the incident, visibility around the crash site reportedly dropped to less than 200 meters. The flight route also lacked navigational aids and weather information support, leaving the crew to rely solely on onboard instruments and visual judgment.
Crew Described as Highly Skilled
The lead pilot, according to the report, was among the highest-rated operational helicopter pilots in the Ghana Air Force. Medical and psychological evaluations showed no issues that could have affected performance.
“The crew demonstrated professionalism and adhered to operational procedures,” Captain Forjoe emphasized.
Training and Tracking Gaps in the Ghana Air Force
The investigation highlighted broader systemic limitations within the Air Force:
No real-time aircraft flight tracking systems are in place
Limited simulator-based pilot training
Need for upgraded airworthiness and safety compliance frameworks
Aircraft Service Status
The helicopter had undergone its scheduled 90-day maintenance service prior to the flight and had no unresolved technical faults.
Key Recommendations from the Investigation
Acquisition of helicopters with advanced terrain warning and flight safety systems
Establishment of national military flight tracking infrastructure
Investment in modern flight simulators for recurrent pilot training
Expansion of aeronautical weather and route monitoring systems
Story: Patrick Asford Boadu
