The Kenda K587 Bearclaw HTR is a front ATV tire designed for riders who need dependable traction, controlled handling, and enhanced durability across varied terrain. This 26x9R12 tire features an 8-ply construction that provides a strong foundation for demanding recreational, utility, and trail applications. Built specifically for modern ATVs, the Bearclaw HTR delivers confident performance on dirt, mud, and mixed surfaces while maintaining a smoother, more comfortable ride.
The all-new center knob design helps reduce vibration and promotes improved ride quality during extended use. Its carefully arranged tread pattern provides high traction across a wide range of terrain, allowing the tire to maintain reliable contact as conditions change. Tall tread knobs are designed to dig into loose dirt and mud, helping the ATV maintain forward control when additional bite is needed. The open spacing between the knobs also helps push away debris and promotes self-cleaning performance, reducing the buildup of dirt and mud within the tread.
The Kenda K587 Bearclaw HTR is engineered to provide a high level of puncture resistance along with excellent handling. Its durable 8-ply construction supports confident operation in challenging environments while helping protect against common trail hazards. As a front ATV tire, it is designed to complement precise steering response and stable control, making it a practical choice for riders who expect consistent performance from their equipment. This product is manufactured by Kenda and is identified by manufacturer part number 085871269D1 and vendor part number 085871269D1.
Features:
- All-new center knob design helps reduce vibration and provide a smoother ride.
- Tread pattern delivers high traction across a wide range of terrain.
- 8-ply construction provides enhanced durability and puncture resistance.
- Tall knobs help dig into dirt and mud for dependable traction.
- Spaced tread knobs help push debris away and promote self-cleaning performance.
- Designed specifically for the handling and performance demands of modern ATVs.