Refresh worn controls
Cover sticky, cracked, slick, or degraded joystick surfaces without cutting, drilling, or replacing the control.

A smarter surface for heavy equipment controls

EquipGrips™ turn sticky, cracked, worn joysticks into a cleaner, more comfortable control surface—while helping damp the vibration operators feel all day.
Small contact point. Big daily impact.
Cover sticky, cracked, slick, or degraded joystick surfaces without cutting, drilling, or replacing the control.
Dual layers of flexible neoprene help reduce vibration transfer at the point where the operator meets the machine.
Cinch or zipper systems install over existing joysticks with no tools and keep critical buttons within reach.
Mixed-fleet ready
From compact loaders to full-size excavators, EquipGrips are built around the controls operators touch across changing jobs, brands, and machine classes.


Equipment brands are shown for fitment context. EquipKit is not affiliated with or endorsed by Caterpillar Inc. or Deere & Company.
Excavators + skid steers
Three grip families cover the machines operators use every day. Start with equipment type, then match the joystick shape.
Fitment tool
Run your equipment make, model, and joystick shape through the Will it Fit module and get a confirmed EquipGrips match before you order.

Universal cinch system
Built for excavator controls from compact 3-ton machines through 50-ton iron, with flexible construction that keeps buttons and toggles accessible.
Not sure? Send a joystick photo and machine model.
Limited-edition program shownA useful promotional product
EquipGrips turn fleet comfort into a visible brand touchpoint. Create a practical crew gift, customer leave-behind, safety initiative, or equipment delivery upgrade.
Build a branded programNot opinions. Data.
Independent lab and field testing led by Dr. Zhuang Li at McNeese State University measured real equipment with accelerometers across John Deere, CASE, and Volvo machines.
reduction in vibration transfer during independent testing
Instrumented measurement—not subjective feel alone.
Lab and field testing across working equipment.
Designed to reduce transfer where hands meet controls.
Who ran the testing
Dr. Li is a Professor of Mechanical Engineering at McNeese State University and served as faculty advisor for the university research project that evaluated EquipGrips neoprene fabric. The work was carried out as a McNeese ENGR 491 senior engineering study by mechanical engineering students Victor Enoch and Samson Odutola under Dr. Li’s supervision.
McNeese State University · ENGR 491 final report · April 2025. Advisor: Dr. Zhuang Li, Professor of Mechanical Engineering. Sponsored by EquipGrips.
“I experienced an immediate and sustained reduction in vibration-related discomfort. I was able to operate the mower continuously without numbness, tingling, or joint pain.”
Field-tested perspective
After using EquipGrips on a zero-turn mower across approximately two acres, John highlighted the product’s simple installation, non-permanent design, and potential as an additional vibration exposure control for landscaping and industrial operators.
Growing dealer network
Explore current dealer locations, then contact us if your territory is open.
Open dealer mapDealers · fleets · safety teams
Tell us how you want to work together. We’ll follow up about dealer programs, fleet pricing, co-branded opportunities, product fitment, and territory availability.