Investigation Reveals Pilot Lost Control in Clouds During Fatal Sunset Peak Paragliding Crash
HK01 · 6 SOURCESabout 3 hours ago3 MIN
Summary
The Civil Aviation Accidents Investigation Authority released its investigation findings on October 5 concerning two separate paragliding accidents—one fatal and one involving serious injuries—that occurred in Hong Kong over the past two years. The first accident took place on June 17, 2024, at Sunset Peak (Tai Tung Shan) on Lantau Island, where a 74-year-old pilot crashed while operating a BogdanFly X-wing paraglider and subsequently died from multiple injuries. The second accident occurred on February 11, 2025, at Ma On Shan, where a pilot was injured when his glider entered an uncontrolled spin during landing approach. The investigation highlighted critical safety concerns regarding weather assessment, pilot experience levels, and the risks associated with transitioning between different paraglider classifications.
Key Points
- The fatal accident occurred at 2:30 PM on June 17, 2024, when the 74-year-old pilot, identified by surname Tang, launched solo from the Sunset Peak paragliding site and crashed, becoming trapped in trees on a slope before succumbing to injuries .
- The investigation concluded the pilot likely lost effective control of the paraglider after encountering strong updrafts and entering cloud layers, resulting in low visibility that prevented safe navigation of the aircraft .
- Weather data indicated wind speeds of Beaufort 4 to 5 on the day, with gusts possibly reaching level 6 during thunderstorms, exceeding the Hong Kong Paragliding Association's safety threshold of level 5 for takeoff .
- The pilot held HKPA Level 3 certification (fourth of six levels) and was a former P2 pilot member of the US Hang Gliding and Paragliding Association, though his total flight hours and current certification status could not be verified; he was operating an EN-C class glider designed for advanced pilots .
- A second unrelated accident on February 11, 2025, at Ma On Shan involved a pilot who applied excessive left brake input on an EN-C glider, likely due to negative transfer effects from previous extensive EN-B glider experience, causing the left wing to stall and the glider to spin into the ground .
Why It Matters
These findings carry significant implications for Hong Kong's growing paragliding community and regulatory authorities. The report's emphasis on comprehensive risk assessment before every flight serves as a critical reminder that even experienced pilots must carefully evaluate weather conditions, their own skill levels, and equipment appropriateness before launching. Additionally, the documentation of negative transfer risks highlights the need for specialized training protocols when pilots transition between different glider classifications, potentially reshaping safety guidelines for paragliding operators across the territory .
These findings carry significant implications for Hong Kong's growing paragliding community and regulatory authorities. The report's emphasis on comprehensive risk assessment before every flight serves as a critical reminder that even experienced pilots must carefully evaluate weather conditions, their own skill levels, and equipment appropriateness before launching. Additionally, the documentation of negative transfer risks highlights the need for specialized training protocols when pilots transition between different glider classifications, potentially reshaping safety guidelines for paragliding operators across the territory .