Duro HF277 Thrasher Front ATV Tire - 21x7 R10 18N - TL

The Duro HF277 Thrasher tire is engineered to deliver exceptional performance and durability for mini-ATVs. Designed to leave a lasting impression, this tire ensures reliable traction and control on various terrains. Its robust construction and tubeless design provide enthusiasts and professionals with the confidence they need for demanding rides.

Description

The Duro HF277 Thrasher ATV tire is built for serious mini-ATV enthusiasts seeking optimal performance and longevity. Its 2-ply construction enhances durability, resisting punctures and abrasions in challenging environments. The tubeless (TL) design offers added convenience, simplifying maintenance and reducing the risk of flats. With its aggressive tread pattern, the HF277 Thrasher delivers superior grip, ensuring excellent handling and stability. Upgrade your ATV with the Duro HF277 for a reliable and high-performing tire solution that stands up to the rigors of off-road adventures.

Features & highlights

• Enhanced Durability: Features a 2-ply construction for increased resistance to punctures and abrasions, ensuring a longer lifespan.
• Superior Traction: Aggressive tread pattern provides excellent grip on various terrains, improving handling and control.
• Tubeless Design: Tubeless (TL) configuration simplifies maintenance and reduces the risk of flats, offering added convenience.
• Reliable Performance: Engineered for serious mini-ATV riders, delivering consistent and dependable performance in demanding conditions.
• Lasting Impression: Designed to make a significant impact on your ATV's performance, improving overall riding experience.

Technical specifications

• Brand: Duro
• Model: HF277 Thrasher
• Tire Size: 21 x 7R10
• Rim Diameter: 10"
• Tire Diameter: 21"
• Width: 7"
• Ply Rating: 2 Ply
• Construction: R (Radial)
• Type: Tubeless
• Position: Front

Important to know

This tire is designed for front fitment on compatible mini-ATVs. Ensure proper tire pressure and regular maintenance for optimal performance and longevity.