Wichard Asymmetric Carbine Hook - Length 80mm - 5/16"

The Wichard Asymmetric Carbine Hook – Length 80mm – 5/16" is a purpose-built attachment point designed for tactical operators, military personnel, and law enforcement who demand reliable gear integration in the field. Built by Wichard Marine, a respected European manufacturer with decades of experience in load-bearing hardware, this asymmetric carbine hook serves as a critical connector between webbing systems, carabiners, and mission-essential equipment. Whether securing fast-rope systems, attaching breaching tools, or integrating with modular tactical vests, this hook provides the connection integrity operators depend on when seconds matter.

Manufactured from Grade 316L stainless steel, the Wichard Asymmetric Carbine Hook resists corrosion and saltwater degradation—essential for amphibious operations, maritime units, and prolonged field deployment. The asymmetrical geometry is engineered to support higher dynamic loads than symmetrical alternatives by distributing stress more efficiently across the hook's load-bearing surfaces. At 80mm in length with a 5/16" opening, it accommodates standard tactical webbing while remaining compact enough for integrated gear systems. The integrated eye allows direct webbing attachment without additional hardware, reducing weight and eliminating potential failure points common in multi-piece connections.

This carbine hook is ideal for assault teams, combat divers, special operations personnel, and tactical training environments where redundant attachment systems are non-negotiable. CSAR (Combat Search and Rescue) rigs, hoist operations, and rappelling systems benefit from the hook's high load rating and reliability under sustained tension. Installation is straightforward—simply thread webbing through the eye or integrate with existing carabiner systems. Marine and expeditionary units will particularly value the 316L stainless construction, which outperforms standard steel in salt-spray environments and requires minimal maintenance in challenging climates.