Helix Combat Multi Harness II Harness Bora Belt

A bespoke Shooters Belt which gives operators the ability to mount kit without compromise, whilst using the Helix Combat Multi Harness II Harness System. 

The HCMH II Harness Bora Belt™ is based on the well-regarded Ferro Concepts Bora Belt™, which was designed to be very light and slim whilst not sacrificing any functionality.

Optimal gear stabilisation is achieved by utilising a single layer of laser-cut Tegris thermoplastic as the framework. This technology reduces overall weight and thickness but retains better rigidity than traditional methods.   

This composite frame is built into a 2-layer, 50mm MOLLE compatible belt with the MOLLE loops sewn under high tension to minimise the movement of pouches and equipment mounted on the belt. This frame wraps closely around the Helix HCMH II Riggers Belt whilst having an aperture for the rear restraint so that this connection point can still be used if required.   

An elasticated fabric pouch has been added so that the HCMH II Belay Loop can be tidied away when it is not required.   

The inside of the belt is lined with hook Velcro for quick and secure don/doff capability when used with the 38mm, soft Velcro, inner pant belt that is included as part of the system.

The HCMH II – Ferro system also includes a soft Velcro fabric cover for the hook Velcro on the Shooters belt so that it is protected when not in use.   

The HCMH II Harness Bora Belt™ not only has bespoke sizing and an added belay loop pouch, but it has been designed to allow all the rear connection points on the HCMH II Riggers Belt to be used; the Tegris composite has been laser cut to allow the rear restraint loop to be used and the MOLLE belt has exit points for the leg loop elastic buckle and the chest harness restraint strap buckle. This allows the harness to maintain full functionality when the Ferro Concepts Bora Belt™ is being used.   

There are 6 sizes of the HCMH II Harness Bora Belt™ with each of the key sizes (S, M & L) have standard and long versions so that an ideal fit can be obtained.