GMZ Sand Stripper Front Tire - 3 Rib - 28x12-14
$215.99
GMZ Race Products Sand Stripper and Sand Stripper TT Tires feature an extra wide footprint that provides maximum flotation and smooth dune transitions. Thick rim guard material keeps sand out of the bead while protecting wheel lip and the tough bias construction delivers long lasting durability. Front tires are available in the original Sand Stripper design with concaved tread ribs for responsive steering or the TT design that combines concaved tread ribs with a lateral traction block, maximizing the all-wheel drive power to climb steep hills faster. Rear tires are available in deep cut models designed for naturally aspirated machines, delivering extreme acceleration or staggered paddle models for smaller performance machines.
The GMZ Race Products Sand Stripper Front Tire (Part Number: gmzSS281214F) is engineered for maximum flotation and superior performance on sandy terrains. Featuring an extra wide footprint, this 28-inch diameter tire provides excellent grip and smooth transitions across dunes. Its bias construction and 6-ply rating ensure durability and resistance to harsh off-road conditions. The sidewall design incorporates an ORBL profile that enhances sidewall protection against rocks and debris while maintaining flexibility for better handling. Designed specifically for front wheel applications with a 14-inch wheel diameter, the tire offers a 12-inch width for optimal contact with loose surfaces.
Features:
- Extra wide footprint: Provides maximum flotation and smooth dune transitions
- Bias construction: Ensures long-lasting durability in demanding off-road environments
- Sidewall: ORBL profile for added protection and flexibility
- Designed for front wheel use: Fits 14-inch wheels with a 12-inch tire width
- 28-inch diameter: Optimized for dune riding and steep hill climbing
- 6-ply rating: Offers strength and resilience against rough terrain
- Non-directional tread: Allows for versatile mounting and balanced wear
- Sand-specific design: Conquers loose and soft surfaces efficiently