Radio Holster & Holders in black. Securely attaches to your harness when working at height

Radio Holster

SKU: TH-RAD
WLL: 1.5 kg

£0.00

The Radio Holster is a convenient one-size-fits-all tethering solution for commercial VHF radios.

SKU Size Quantity
TH-RAD Single
SKU: TH-RAD Category:

The Radio Holster is a convenient one-size-fits-all tethering solution for commercial VHF radios. The design has a built-in swivel lanyard which securely fastens the radio while retaining the ability to easily remove it for charging. It also completely avoids interfering with the radio’s operation.

WLL 1.5kg

All-in-one safety.

All Leading Edge tool tethering products are tested and certified in accordance with EN364-1992 test methodology. It conforms to the provision and scope of our testing and quality procedures as per the PPE Regulations (EU)2016/045, where applicable and relevant within the fit for purpose design parameters.

Safety Factors.

All certified Leading Edge products boast a whopping 47x safety factor. We purposefully over engineer our products to have greater resilience than a real world scenario would require — this gives them superior in-service lifespan and fully 3guarantees your safety in daily use.

Testing Methods.

All tool safety equipment classified as UKCA approved must surpass two rigorous testing methods.

Static Test.

We attach the product to an anchor point and apply pressure by hanging a weight from it. A product only passes if it is able to withstand the load for a minimum of three minutes without signs of damage or weakening.

Dynamic Drop Test.

We attach the product to an anchor point and apply pressure by hanging a weight from it. A product only passes if it is able to withstand the load for a minimum of three minutes without signs of damage or weakening.

Every item that leaves our factory comes with full documentation containing technical specifications, serial numbers, testing methods, working load limits and inspection results proving it has passed all necessary requirements for work at height.