Duro DI-2039 Power Grip V2 Rear UTV Tire - 27x11 R14 81N - TL - 6PR

The Duro DI-2039 Power Grip V2 tire is engineered for superior performance on ATVs and UTVs. This tubeless tire delivers exceptional grip and durability, making it an excellent choice for off-road enthusiasts and professionals alike.

Description

Experience enhanced protection and performance with the Duro DI-2039 Power Grip V2 tire. Featuring a special bead design, this tire offers increased resistance to side punctures, ensuring reliability in challenging terrains. The additional puncture protection between the large tread blocks further enhances its robustness. Its lightweight construction and rounded shape contribute to improved handling and a smoother ride. With a 6-ply rating, this tire is built to withstand demanding conditions, providing the confidence you need for your off-road adventures. The aggressive DI-2039 Power Grip V2 tread pattern ensures optimal traction on various surfaces. Designed for rear mounting, this tire will help you get the most out of your ATV or UTV.

Features & highlights

• Enhanced puncture protection: Special bead design and additional protection between tread blocks minimize the risk of flats.
• Optimized tread pattern: DI-2039 Power Grip V2 tread delivers superior grip on diverse terrains.
• Lightweight construction: Improves handling and ride comfort.
• Durable 6-ply rating: Ensures long-lasting performance in tough conditions.
• Tubeless design: Offers convenient and reliable performance.

Technical specifications

• Brand: Duro
• Model: DI-2039 Power Grip V2
• Tire Size: 27x11R14
• Rim Diameter: 14"
• Width: 11"
• Tire Diameter: 27"
• Ply Rating: 6 Ply
• Mounting Position: Rear
• Construction: R (Radial)
• Tread Depth: 17.46 mm (22/32")
• Max Bead Seating PSI: 36
• Recommended Operating PSI: 14
• Load/Speed-Index: 81N
• Type: Tubeless
• Market Segment: UTV, ATV
• Standard: Not Certified for Use on Public Roads (NHS)

Important to know

This tire is not certified for use on public roads (NHS). Always adhere to the recommended operating PSI for optimal performance and safety.