CUSHOTRAC® Bolt-To-Shoe
Track Pads 
Double Bar Grouser

Engineered for the Toughest Applications - Made with premium rubber or polyurethane compounds designed to increase wear-life and traction in heavy duty applications.

Available In Lengths Up To 40” - To fit perfectly on any style grouser shoe and any type of equipment.

Available for Any Steel Tracked Machine - With our ability to design track pads for any customer-supplied steel grouser shoes of any equipment type, make and model such as: Trenchers, Pipe/Cable Layers, Cranes, Drill Rigs, Antique Tractors - you name it, we’ll make it.

Print request form and fax
CUSHOTRAC® Bolt-to-Shoe Double Bar Track Pad Form

CUSHOTRAC® Polyurethane Bolt-To-Shoe Track Pads
 
Ultra-Long Lasting & Abrasion Resistant - From our proprietary 95A durometer polyurethane compound that provides longer wear-life.
 
Specially Designed Footprint - Provides optimal traction and lower chunking in paving and milling applications.

 

CUSHOTRAC® Rubber Bolt-To-Shoe Track Pads
 
High Chunk Resistance - From wire-impregnated rubber compound.  
 
Specific Application Use - Highest traction of any compound.

 

Both Pads
 
Steel On Steel™ Technology -  Critical design element that eliminates loosening and premature pad failure as well as keeps bolts from spinning.
 
Bolts To Existing Pre-Drilled Grouser Shoes - With perfectly matched specifications.
 
100% Work-Life Guarantee -  Against bond failure.
News

Upcoming Trade Shows
Come see us at Farm Progress in Boone, Iowa Aug 30 to Sept 1, at Booth# VIT 961D...

Did You Know?
It’s possible to overload a tire by operating a truck with no load?
Read more here

About Us

 

Our Mission
“As vendor of choice, we provide technical excellence to give our customers a competitive advantage.”
read more

 

Services

Technical Excellence and Design Service
With comprehensive experience gained for over a half century...
read more


Engineering Support Services
As we passionately work with our customers, we provide...
read more

Testing Facility
We have extensive capabilities for compound analysis and development, static ASTM testing...read more