Sand dunes present a unique challenge for ATV/UTV enthusiasts, requiring a delicate balance of traction and flotation. Such abilities can be achieved with ease by using a high quality set of tires from a trusted brand such as ITP. Meet the Dune Star, an excellent tire model designed to tackle the harshest sands.
For starters, the ITP Dune Star features a unique tread pattern with paddles that provide the best traction in sandy terrains. Specifically, ten 25mm deep paddles combined with ten smaller ones create numerous biting edges with the ground. This design easily propels your vehicle forward the instant you accelerate, ensuring a responsive and cozy ride. Moving on, the rear version features a wider contact area to maximize flotation and traction. On the other hand, the front option has a narrower patch that focuses on handling accuracy and cornering. The dual depth paddles grant superior control and grip in loose sand.
What's more, the extremely light yet durable build of the ITP Dune Star resists punctures and deep cuts without problems. Despite its durability, the construction is light enough to not sink into the sand, keeping you afloat and going at all times. A high void ratio prevents clogging and slipping by keeping the footprint clean. Also, the open shoulder design minimizes heat buildup and adds extra lateral bite when needed. The reinforced sidewalls absorb ground shocks, resulting in higher comfort levels. They shield the rim from damage too, avoiding unwanted downtime. Above that, this set of tires is available on the market in popular sizes with rim diameters of 10" and 12". Backed by reviews, this model fits like a glove on the following ATVs/UTVs: Polaris Sportsman, Kawasaki Teryx, and Yamaha Grizzly.
Features and benefits
- Modern ATV/UTV tire optimized for sand terrain.
- Paddled tread pattern provides superior traction and control in loose conditions.
- Advanced rubber compound lowers the rolling resistance while resisting wear.
- Tough sidewalls shield the rim from damage and upgrade comfort.
- High void ratio lowers the risk of slipping by improving the self cleaning ability.
