Maxxis Highroller II 27.5+ x 2.8 Tire
Revamp your 27.5+ Trail machine with the open and aggressive tread design of the High Roller II. With excellent soil penetration and mud clearing capacity, the square profile provides a solid, consistent feel across the knobs. Modified knobs on the shoulder and center, progress braking performance and traction on hard surfaces. Employing Maxxis’s EXO Protection, the High Roller II is cut-resistant and abrasion-resistant on the sidewalls, while remaining flexible. The 3C MaxxTerra offers a comfortable combination of traction, low rolling-resistance and longevity. This is a large, high-volume casing that still remains fairly light thanks to the foldable bead, making the High Roller II ideal for some freeriding on long-travel 5″ and 6″ trail bikes. You fell in love with it on your old 26″ bike and have run it on each bike since, now crush everything in your path with the new plus-sized High Roller II.
Features
- Paddle-like center knobs lower rolling resistance while still maintaining grip
- Aggressive side knobs for cornering
- EXO protection sidewall cut and abrasion resistance
- 3C MaxxTerra Maxxis’s middle-of-the-line 3C compound that specializes in both grip and low rolling-resistance
- Dual Compound two rubber compounds for more longevity
Description | 3CT/EXO/TR | DC/EXO/TR |
---|---|---|
Size | 27.5”+ x 2.8” | 27.5”+ x 2.8” |
Conditions | Hardpack, Loose, Loose over hard, Wet, Mud | Hardpack, Loose, Loose over hard, Wet, Mud |
Bead | Folding | Folding |
TPI | 120 | 60 |
Compound | 3C MaxxTerra | Dual Compound |
Protection | EXO | EXO |
Type | Clincher | Clincher |
Tubeless Compatible | Yes | Yes |
Intended Use | Trail, All Mountain, Gravity | Trail, All Mountain, Gravity |
Approximate Weight | 915g | 970g |
CALIFORNIA PROPOSITION 65 WARNING: This product can expose you to chemicals including (Cadmium, Phthalates, Bisphenol, Nickel (Metallic), di(2-ethylhexyl)phthalate “DEHP”), which is known to the State of California to cause cancer and/or cause birth defects or other reproductive harm. For more information, go to
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