Harken 22mm Triple Micro Block

The Harken 22mm Triple Micro Block (SKU: CW79038) is a precision-engineered rigging component designed for tactical, maritime, and load-management applications where space and weight are critical constraints. This compact triple-sheave block delivers the mechanical advantage and directional control required in high-angle rescue operations, military field rigging, and specialized equipment deployment. Built for operators who demand reliability in confined spaces, the 22mm triple micro block excels on smaller vessels, control line systems, and lightly loaded tactical rigs where traditional blocks are too large or heavy.

The triple-sheave design with 22mm (7/8-inch) diameter sheaves provides low-friction load distribution across three rope passes, reducing mechanical binding and extending working life under repetitive field use. The micro-block form factor—measuring just 2 x 1 x 4 inches and weighing only 0.15 lbs—makes it ideal for integration into tactical load-bearing systems, climbing harnesses, and emergency extraction rigs where every ounce and inch matters. The compact profile doesn't compromise structural integrity; the block handles lightly to moderately loaded lines common in control systems, anchor rigging, and directional change applications without sacrificing safety margins.

Law enforcement tactical teams, military personnel, and professional riggers benefit most from this block's versatility in confined operational environments. The triple-micro configuration is compatible with standard 7/8-inch rope diameter specifications used across maritime, climbing, and rescue equipment ecosystems. Installation is straightforward—the block accepts standard carabiners or splice connections, making it an accessible upgrade for existing rigging systems. Whether managing secondary loads on smaller watercraft, constructing mechanical advantage systems for field rescue, or establishing control lines during tactical operations, the Harken 22mm Triple Micro Block delivers dependable performance in applications where conventional blocks fail to fit.