Experience unmatched all-terrain performance and aggressive styling with the XT Warrior Tires, engineered for superior grip and durability. Paired with the lightweight and robust Assault Industries Hellfire Wheels featuring InnerLock™ technology, this combo is built to handle the toughest dunes and rocky trails with confidence.
8-Ply
Tire Construction30% Lighter
Than Competing Beadlocks35" Diameter
Aggressive Tire SizeInnerLock™
Patented Beadlock TechProcessing: Packed with care before shipment
Tracking: Sent when shipped
Confirmation: Sent after checkout
Will these tires fit my UTV?
These wheels have a 4/156 bolt pattern, common on many Polaris, Arctic Cat, Kawasaki Mule Pro Series, and Textron Wildcat XX models. Always verify your vehicle's bolt pattern before purchasing.
What is InnerLock™ technology?
InnerLock™ is a patented technology by Assault Industries that securely locks the tire bead to the wheel, preventing it from releasing even under extreme pressure, ensuring maximum performance and safety.
Are these tires good for all conditions?
The XT Warrior Tires are designed as all-terrain tires, offering excellent performance in a variety of conditions including mud, dirt, rocks, and light sand.
Are the Hellfire wheels lightweight?
Yes, the Hellfire Wheels are engineered to be approximately 30% lighter than comparable beadlock wheels, contributing to improved handling and performance.
Absolutely love the grip these XT Warrior tires provide on my Ranger XP 1000. They handle mud and rocks like a champ! The Assault Hellfire wheels are a perfect match, looking aggressive and holding the bead tight. Highly recommend this combo.
— John D., Colorado
The Hellfire wheels are a game-changer. The InnerLock™ technology is a peace of mind on the trails, and the lightweight design really makes a difference in handling. Combined with the 35" Warrior tires, my RZR feels unstoppable.
— Sarah K., Utah
Equip your UTV with the ultimate in tire and wheel performance.
Experience the difference of superior grip and reliable bead retention.