Description
- The Minion DHF is the standard by which all other aggressive mountain tyres are measured. The DHF incorporates ramped knobs for low rolling resistance and channel-cut knobs to increase gripping edges, giving straight-line control and precise cornering
- Specification
- The standard by which all tires are judged
- Best for Loose/Hard, Medium, Loose, Wet
- Cornering Control 1 2 3 4
- Rolling Efficiency 1 2 3 4
- Compound: 3C MaxxGrip Compound Technology
- Breaker: Downhill Casing / Butyl Insert
- Max PSI: 60
- Bead Type: Folding
- Tubeless Tyre
- TPI: 60
- Weight: 845g
- 3C MaxxGrip
3C MaxxGrip uses the softest rubber compounds to offer the ultimate in grip and slow rebound properties for unparalleled traction in downhill applications
An extra piece of butyl rubber that extends from the bead of a downhill tire up into the sidewall. The butyl insert helps prevent pinch flats, protects the rim from hard hits and adds sidewall stability
Wide Trail (WT) construction optimizes the tyre’s tread layout and profile on today’s modern, wider rims. Traditional tyres are designed around older, narrower rims and can create an overly square tyre profile, leading to less than optimal performance. WT tires are optimized for a 35mm inner rim width but are proven to work over a range from 30-35mm inner rim widths, depending on the rider’s preference
Tubeless downhill set-ups are a great way to shave some weight and spend more time in the bike park or shuttling hot laps on your local runs. Sealant-compatible rubber is used with the familiar Maxxis dual-ply 60 TPI downhill construction and butyl insert for support and rim protection in order to offer the benefits of increased grip and reliability. A Tubeless Ready bead securely locks to the rim and the foldable bead provides additional weight savings
PLEASE NOTE: Image can vary slightly from actual finalised product.
Shipping
Price Match
Payment & Security
Your payment information is processed securely. We do not store credit card details nor have access to your credit card information.