Also known as: Walk the Torq
The Kinabalu Via Ferrata - the world’s highest via ferrata, threading the granite below the summit

The line through Sabah, Borneo, Malaysia - waypoints, elevation and the day-by-day shape of the walk.
Start of route [interpolated - upgrade in research]
Approximate node - GPS and name to be upgraded in deeper research.
Staging point (approx) [interpolated - upgrade in research]
Approximate node - GPS and name to be upgraded in deeper research.
Staging point (approx) [interpolated - upgrade in research]
Approximate node - GPS and name to be upgraded in deeper research.
Turnaround (out-and-back) [interpolated - upgrade in research]
Approximate node - GPS and name to be upgraded in deeper research.
Year-round (weather-dependent)
Altitude, cold, wind; dangerous when wet
An add-on to the Kinabalu summit climb; weather-dependent; operator-run. Confirm.
Cabled granite cliffs high on Kinabalu’s summit plateau
The world’s highest via ferrata, on the granite of Kinabalu’s summit plateau; operator-run with kit
Marked/waymarked route; navigation generally straightforward - carry a map and confirm locally
Suitable for reasonably fit hikers; not wheelchair accessible - confirm specifics
A popular, well-known route - busier in peak season
Two graded circuits (Low’s Peak Circuit is the higher/harder)
Kinabalu summit plateau (via the climb)
Out-and-back/loop - no shuttle needed
Multi-day - huts/refuges or camping en route; confirm booking and availability
Via-ferrata kit provided by the operator
Services in Kota Kinabalu; limited or none on the trail
Operator-run with mandatory guides and kit
Requires the Kinabalu climb permit/guide plus the via-ferrata operator booking (Walk the Torq/Low’s Peak circuit). Confirm.
Permits and operators change - confirm before booking.
Altitude, exposure, cold/wet granite
Retrace the route to exit; dial local emergency services; carry a means of calling for help where remote
This profile is desk research, compiled from public sources - not a first-hand trail report. Coordinates are approximate.