Kenda
Kenda K262 Small Block 2.75-17 Dual Sport Tire: 70/100-17
Description
Versatile Performance: Kenda K262 Small Block Tire
Whether you are commuting through the city or exploring backcountry trails, the Kenda K262 Small Block is the definitive intermediate terrain choice. Designed as a 50/50 dual-sport tire, it balances a classic waffle tread pattern for street comfort with aggressive offset shoulder lugs for off-road stability. It is the factory-replacement choice for legendary trail bikes and the top performance upgrade for modern electric unicycles (EUCs).
Advanced All-Terrain Design
- 50/50 Dual-Sport Application: Specifically formulated for riders who demand confidence on paved roads and loose gravel alike.
- Classic Small Block Tread: The "waffle" pattern minimizes road noise and vibration on asphalt while providing multiple biting edges for dirt traction.
- High-Speed Rated: P-rated for speeds up to 93 MPH, far exceeding the requirements of most small-displacement and electric vehicles.
- 4-Ply Construction: Heavy-duty nylon bias-ply casing offers superior puncture resistance and load-carrying capacity (up to 320 lbs).
Comprehensive Fitment Guide
The 2.75-17 size is a precision fit for a wide variety of vintage trail bikes and high-performance electric vehicles:
| Category | Popular Models |
|---|---|
| Honda Mini-Bikes | CT90 Trail, CT110 Trail, Super Cub (C125), Trail 125 (CT125) |
| Electric Unicycles (EUC) | Veteran Sherman, Veteran Abrams, Leaperkim Lynx, Begode Master/Monster |
| Classic Mopeds | Puch, Tomos, and Motobecane (with 17" rims) |
| Small Motorcycles | Yamaha Townmate, Suzuki FR50/FR80 |
Technical Specifications
- Size: 2.75-17 (Also fits 70/100-17 applications)
- Type: Tube Type (Requires Inner Tube)
- Load/Speed Index: 41P
- Max Pressure: 33 PSI
- Approvals: DOT & E-Mark Approved for Street Use
- Manufacturer Part Number: 042621701B0
Rider Note: This is a Tube Type (TT) tire. For a complete installation, we recommend pairing this with a fresh Kenda 2.75/3.00-17 TR-4 Inner Tube to ensure consistent air retention and safety.