GMZ Race Products

Does your UTV or ATV need better grip in sand, mud and loose terrain? GMZ Race Products makes wheels and tires for off-road vehicles with a focus on sand driving and hard use. Here you’ll find UTV wheels, paddle tires and front tires for side-by-sides and more.

American sand and dune specialist

GMZ Race Products is an American brand with roots in the dune and off-road racing scene. The brand is especially known for sand tires such as the Sand Stripper series, developed to give traction in soft sand where ordinary all-terrain tires dig in. The range has since grown to include wheels, so you can buy a complete wheel and tire package that suits your vehicle. The focus is on rugged construction, low weight and a look that fits modern UTVs.

GMZ Race Products’ key products

Paddle tires are the core of the range. The paddles work like small scoops that push the sand backwards and give strong drive in the dunes. For the front axle there are rib or steering tires that give precise steering without digging in. GMZ also offers aluminium UTV wheels in several designs and sizes, often with beadlock or simulated beadlock styling. See each product for size, bolt pattern and which vehicles it fits.

Buy GMZ Race Products from us

We specialise in performance parts and know what it takes for a project to succeed. You get a wide selection, competitive prices and personal service if you have questions along the way. Find the GMZ Race Products solution for your project and take the next step towards more performance.

Frequently asked questions

Can I use paddle tires outside the sand?

Paddle tires are built for soft sand and dunes. On hard ground, gravel and asphalt they give poor grip and wear quickly, so for mixed riding a regular all-terrain tire is often a better choice.

How do I choose the right number of paddles?

More or taller paddles give more drive but also require more power. Powerful machines can usually pull more paddles, while a milder setup often suits smaller engines better. See the description of each product.