Traction Board Tie Down Kit
Designed for a rear-mounted spare tire.
Designed in collaboration with Dustin Smith, aka @calrunr on Instagram, we designed this set of straps specifically to secure your traction boards to your rear-mounted spare tire.
This is a one-size-fits-most set and should fit most wheel/tire setups. The straps can be double-looped around smaller spokes or single-looped around bigger spokes to situate the buckle in the ideal location for optimal access and security. With the sewn loop, there is no possibility of the strap coming undone when the load shifts.
This is a budget-friendly, secure way to easily attach/detach your traction boards to your spare tire.
INCLUDES
This set of signature Rollercam® tie-down straps includes two (2) sets of two straps for a total of 4 pieces. Each set includes two Loop to Straight Ends and two Loop to Buckle end. For a visual, see Additional details below. The set also includes a velcro loop to neatly hold any extra strap length secure.
DETAILS
One-size-fits-most spare tire setups
Featuring Rollercam® Buckle
Polypropylene Strap
Buckle Strap Length 22” (including buckle)
Free End Strap Length 31”
Velcro Loop for Free Ends
Triple-Bar Tack Stitching
Woven-in Length
T-135 Polyester Thread
Working Load 350 lbs
US PATENT 6877189B2 | ALWAYS CHECK FOR WEAR | WORKING LOAD 350 LBS
DESIGNED IN THE UTAH DESERTS, MADE IN CHINA
WHAT’S INCLUDED
Check out the video for more detail on installation and use, and follow @calrunr and @rollercambuckle on Instagram for more informational content.
WHY POLYPROPYLENE?
High tenacity polypropylene webbing comes in two (2) colors: Charcoal Black and Graphite. Polypropylene webbing has a UV stabilizer built into the molecular level, which helps durability in harsh outdoor environments. The high tenacity polypropylene is ideal when a more tactile feel is required, even when the strap gets wet. Polypropylene is very hydrophobic, keeping the webbing tactile to the touch in all situations.
Patented Rollercam® Design
The traditional cam strap has been a staple in gear bags for years. Cam straps are easy to use and provide a simple means for securing a variety of loads. Rollercam® technology has solved the problem of standard cams not tightening the webbing efficiently and securely. The Rollercam® technology has integrated a roller mechanism, a complex thumb release geometry, and multiple springs to allow for a smooth operating cam strap that can be tightened 5-10x greater than the standard cam.
How it Works
Rollercam® Cam Buckles utilizes innovative patented technology. Figure 1 shows the cross-section of a standard cam buckle versus the cross-section of the Rollercam®. When you are securing a cam strap, a maximum force is applied to the cam strap by pulling with your hand and body. When this force is applied in a standard cam, a frictional force is generated between the body and the webbing, reducing the overall ability to tighten a standard cam securely. The patented Rollercam® substantially reduces friction and allows the webbing to be pulled with ease.
Performance
The Rollercam® technology reduces Frictional Force resulting in an increased maximum Holding Force, plus ease of operation. Plus, the Rollercam® is low-profile, making it a perfect build solution for overlanders and a great addition to whitewater rafts.
Additional Features
Superior Webbing — We developed a proprietary manufacturing method for our polypropylene straps. Our straps have high strength, tactile feel, UV inhibitors, and superior performance.
Durable Thread — We’ve selected a heavy-duty T-135 Polyester thread for each of our webbing assemblies for superior durability and stitching. This yields a longer life for your strap.
Woven-in Length — Our Expedition and Classic Models have length woven into the webbing, allowing for easy identification. Unlike printed webbing, our woven-in length lasts a lifetime.
Triple Bar Tack — The Bar Tack is one of the most recognized and commonly used sewing methods for climbing and safety. Our Triple Bar Tack yields superior strength over Bar X and X patterns.
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