Compact Maxxis Minion Dhr Ii Tire - 27.5 X 2.6 Tubeless Folding Black Dual Exo Limited Time 85% Off [KSiVOcyk]

Maxxis Minion DHR II Tire - 27.5 x 2.6

Experience the pinnacle of trail riding with the Maxxis Minion DHR II Tire - 27.5 x 2.6. Designed for riders seeking ultimate traction and cornering grip, this tire is the gold standard for challenging trail conditions. With its innovative tread design and advanced technology, the DHR II offers unparalleled performance on loose and muddy terrain.

• Ramped paddle shaped center knobs ensure efficient rolling and excellent traction for climbing and braking.
• Minion signature channel cut side knobs provide exceptional cornering traction, allowing you to navigate tight turns with confidence.

Technical Specifications

The Maxxis Minion DHR II Tire is engineered with precision and durability in mind. Here are the key technical specifications:

• Color: Black
• PSI: 40
• TPI: 60
• Weight: 945 grams
• Tire Type: Tubeless Ready Clincher
• Tire Intended Use: Downhill, Mountain
• Tire Diameter: 27.5"
• Tire Bead: Folding
• Labeled Size: 27.5 x 2.6
• Flat Protection: Sidewall
• ISO Width (mm): 66
• ISO Diameter: 584 / 650b / 27.5"

With these specifications, the DHR II is ready to conquer any trail, providing a smooth and reliable ride.

Practical Uses and Benefits

The Maxxis Minion DHR II Tire is the ideal choice for downhill and mountain biking enthusiasts. Whether you're tackling rugged trails or participating in competitive races, this tire offers the following benefits:

• Maximum Traction: The DHR II's unique tread design ensures maximum grip on loose and muddy surfaces, allowing you to maintain control and confidence.
• Excellent Cornering: The side knobs provide exceptional cornering traction, making it easier to navigate tight turns and maintain your line.
• Efficient Rolling: The ramped center knobs ensure efficient rolling, reducing rolling resistance and improving overall performance.

Upgrade your bike with the Maxxis Minion DHR II Tire and experience the difference in performance and reliability.