






Helix Telescopic Carbon Pole and Urban Hook System
A lightweight, compact and noiseless pole system for urban and maritme access issues.
In detail
Constructed from lightweight 3K carbon fibre, the Helix Telescopic Carbon Pole extends smoothly to reach first– (4.5 m) or second–floor (8.5 m) flypoints, making covert vertical access quick and quiet. With tool‑free clamps and replaceable sections, the pole integrates seamlessly with tactical ladders, cameras, rescue spikes, and hook adapters—including the PIGG system compatible with the Urban Hook.
Crafted from the same high-strength steel used in Helix ice axes, the Helix Urban Hook delivers sharp, durable performance across a wide range of surfaces. Its three‑point contact design—tip plus dual-wing edges—securely grips vertical, sloped, or overhung features. Rubberized feet and a noise‑damping plastic coating ensure quiet, stable placements. Rated to 500 kg tip-load and 1,000 kg apex-load, it slots into the telescopic pole's PIGG‑release adapter—or, if no pole is available, can even be used via a rifle barrel.
Simply fix the Urban Hook into the pole's PIGG adapter, extend the pole to position the hook over a window ledge, pipe, or railing, and seat it firmly—all in a single motion that minimises noise and exposure.
Product Name | Product Code | Extended Length | Closed Length | Sections |
---|---|---|---|---|
3m Helix Telescopic Carbon Pole and Urban Hook System | WCCF3K300HLC-2 | 3m | 705mm | 7 |
4.5m Helix Telescopic Carbon Pole and Urban Hook System | WCCFK15HLC-1 | 4.5m | 985mm | 7 |
6m Helix Telescopic Carbon Pole and Urban Hook System | WCCF3K600HLC-1 | 6m | 1200mm | 7 |
8.5m Helix Telescopic Carbon Pole and Urban Hook System | WCCFK28HLC-1 | 8.5m | 1530mm | 7 |
Features

Unique conical internal bore makes "fishing" to recover the hook much easier and faster.

Three points of contact (tip and the edges of both wings) in various orientations - no matter whether the placement is on a vertical, sloping or overhung placement.

Hard stops at the end of each segment to stop the pole segments being pulled apart.

