4-10X the holding strength of traditional cam straps

Introducing Rollercam™

Cam straps and buckles have been around for years. Those of you that have used these devices have fallen in love with the ease of use compared to other strap mechanisms. Though traditional static cam straps and buckles are easy to use, they lack one very important feature: They cannot be securely tightened. This is due to the high frictional loss between the strap and body of the cam buckle.

Rollercam™ has solved this problem through patented Rollercam™ technology. The rollercam device utilizes a stainless steel shaft and marine grade brass roller to eliminate the frictional losses so accustomed with traditional cam straps and buckles. The result is a cam strap which can be tighten to over 4-10X that of normal straps.

Not only does the Rollercam™ technology allow for transferring a maximum securing force to your load, it also acts as a low friction feed roller when threading the strap into the cam for easy assembly.

US Patent # 6877189


A Cam Comparison The rollercam™Difference

Standard Cam Strap

High Friction Decreases
Tie Down Force

rollercam™ Strap

Low Friction Increases
Tie Down Force

Easy to Use!

Easy Velcro® Storage System

Rollercam™ tie down straps are available with or without a Velcro® containment strap. When properly rolled up, the Velcro easily secures the webbing for easy storage. No more bags of tangled straps to sift through.

Without VelcroWith Velcro

Available SKUs & Strap Sizes

1 – RCAM – 11'
2 – RCAM – 22'
4 – RCAM – 44'
6 – RCAM – 66'
9 – RCAM – 99'
12 – RCAM – 1212'
15 – RCAM – 1515'
20 – RCAM – 2020'

Custom High Tenacity Ultra Linear
Polypropylene Webbing

In addition, each and every strap has the corresponding length woven in the High Tenacity Polypropylene Webbing. Through a custom extrusion process, we have been able to develop a very high strength and durable polypropylene webbing. This webbing is very abrasion resistant, and is also pressed so as to preserve the smooth, easy-grip nature of the strap.

Why slide? When you can roll?