The bridge's 2021 reconstruction replaced the original structure with a more durable design capable of supporting significantly higher foot traffic.
The path leading to the bridge is known locally for requiring a strenuous climb up the 'Gwontangol' valley trail.
The bridge is engineered to withstand high wind speeds common at this mountain pass altitude.
The surrounding rock formations are part of the 'Weolchulsan' range, renowned for its distinctive, jagged granite peaks.
The bridge is the highest and longest mountain suspension bridge in South Korea built within a national park's rugged terrain.
Weolchulsan Suspension Bridge is a high-altitude steel structure spanning a narrow gorge within Weolchulsan National Park. It is located at an elevation of 665 meters and connects the Maebong and Sajarbong peaks. The bridge measures 52 meters in length and 0.6 meters in width, suspended 120 meters above the valley floor. It was originally constructed in 2006 and underwent a complete replacement in 2021 to improve safety and accessibility. The structure provides a direct passage through a challenging mountain trail characterized by steep stone staircases. Visitors gain elevated perspectives of the rugged granite rock formations typical of the Yeongam region.
From the trail immediately leading up to the bridge, where you can frame the bridge against the towering granite cliffs.
Wear sturdy, high-traction hiking boots as the approach involves steep, uneven stone steps.
Carry sufficient water as there are no facilities once you begin the ascent from the trailhead.
Check local weather reports specifically for wind and visibility, as the bridge can be closed during severe weather events.
Attempting the climb without basic fitness, as the vertical gain is substantial and the trail is physically demanding.
The trail to the bridge may be temporarily closed during extreme weather conditions, forest fire prevention periods, or heavy icing in winter.
Strictly follow one-way traffic flow if directed by signage; do not lean on railings or jump on the structure.
