Description

Add some personality and versatility to your cable machine with the Traffic Cone Cable Attachment — a unique, multi-purpose handle designed for serious training and convenient storage.

Inspired by the iconic traffic cone shape, this attachment isn't just for looks. Its ergonomic tapered design provides a comfortable grip for a wide range of cable exercises while offering multiple connection options to match your training style.

Specs

Available Options:

Black Smooth
Black Textured
Orange Smooth
Orange Textured

✔ Dual Attachment Points
Threaded connection on the top
Threaded connection on the bottom
Easily switch between pulling angles and exercise variations

✔ Includes Threaded Hook Attachment
Comes ready to use with one threaded hook 
attachment
Quick installation and removal

✔ Magnetic Storage Base
Integrated magnetic base allows the attachment to stick to steel racks, storage panels, and gym equipment
Keeps your training area organized and your attachment within reach

✔ Two Grip Options
Smooth Surface – clean, classic feel
Textured Grip Surface – enhanced traction for sweaty training sessions

✔ Color Options
Black
Orange

✔ Lightweight Yet Durable
3D printed from a premium carbon fiber composite material
Strong, rigid, and built to withstand regular gym use

Suggested Space

Great For

•Lat Pulldowns
•Single Arm Rows
•Face Pulls
•Tricep Pushdowns
•Cable Curls
•Rear Delt Work
•Functional Fitness Training
•Home Gym and Commercial Gym Use

What's Included

(1) Traffic Cone Cable Attachment
(1) Threaded Hook Attachment

Why You'll Love It

The Traffic Cone Cable Attachment combines functionality, convenience, and a fun design into one versatile training tool. With attachment points on both ends, magnetic storage capability, and your choice of smooth or textured grip surfaces, it's a unique addition to any cable machine setup.

Designed and manufactured by Carbon Strength Fitness using high-strength carbon fiber composite materials. Each attachment is made to order and may exhibit minor layer lines that are characteristic of the 3D printing process.