|Made In USA||Yes|
|Product Weight||0.75LB (pair)|
|Material Type||0.25" thick Foam Frame Cordura Exterior w/ Antimicrobial Inner 4 Welded Ring Attachment Points|
|Other Product Specs||Adjustable from 9" - 14" (circumference)|
Co-developed with World Champion bodybuilder Tim Martin (former 5x IFBB Pro & Mr. Universe), the Rogue Ankle Cuff Cable Attachment can be used with a wide range of cable machines, including: the Rhino, Lat Pulldown, CT-1 Cable Tower, the Slinger with Solo Pulley Attatchment, the Cave, and more.
Our overbuilt, patent pending design—sold in left/right pairs—features the same 0.25” thick foam frame construction as our USA Nylon Weightlifting Belts, with a Cordura exterior and antimicrobial interior surface. Athletes can easily adjust the ankle cuffs from a circumference as small as 9” to as large as 14” without losing any of the protective padding in the process.
The Rogue Shipping System allows you to track your order from the time you place it to the time it hits your door. Order today, track today.
Simply attach the cuff around the leg just above the ankle and secure it in place via the 1.5” wide nylon webbing strap (with hook-and-loop closure) and welded rectangle D-ring. The included stirrup ensures that the cuff will not slide up the user’s leg or slip off mid set. The middle of the stirrup will sit approximately 4.5” below the bottom of the cuff.
While there are many existing ankle cuff attachments on the market, most of them rely on a single point of attachment to the user’s cable machine. We’ve incorporated 4 welded-ring attachment points on the Rogue Ankle Cuff (located on the front, back, and each side), enabling athletes to quickly adjust their movements without having to re-adjust the cuff.
These simple but dynamic accessories give athletes another effective way to target muscles in the lower half of the body, including the calves, glutes, hamstrings, etc. Popular movements include hamstring curls, leg extensions, cable hip abductions, kickbacks, reverse and lateral lunges, and more.