Falcon Ridge Gun Metal Gray Pitch SBL-12S Wheels w| Falcon Ridge Ascent A|T Tires
Item #: or-2606
Brand: Falcon Ridge
In Stock
- Description
- Specifications
- Reviews
NOTES:
- Can Am Maverick X3 typically requires you to remove or grind down the wear plates located in the front (knuckle) and rear (deflector).
- THESE WHEELS HAVE A 5+2 (+30mm) OFFSET.
Set includes 4 wheels, 4 tires, 4 center caps and 16 lug nuts (if required).
- Can Am Maverick X3 typically requires you to remove or grind down the wear plates located in the front (knuckle) and rear (deflector).
- THESE WHEELS HAVE A 5+2 (+30mm) OFFSET.
Set includes 4 wheels, 4 tires, 4 center caps and 16 lug nuts (if required).
Pitch SBL-12S Wheels:
Features:
Ascent A|T Tires:
Features:
Features:
- 1000 lb load rating
- Solid cast aluminum
- Lightweight construction
- Bolt on included center caps
- Includes valve stems
- Manufacturer's lifetime warranty against any defect in materials or workmanship
Ascent A|T Tires:
Features:
- Advanced sidewall construction for sure-footed traction – all-terrain and all-directions
- Tread depth ranges from 0.75 to 1.0 across the face of the tire, for longer life and superior performance in all terrains
- Multi-angle tread blocks over the shoulder give improved side bite, and the traction needed to conquer deep ruts and mud
- Rugged 8-ply construction provides the perfect combination of strength and flexibility in every terrain
- Tread design and special rubber compound work together to produce a long lasting, true all terrain tire
- Grooved tread blocks for increased traction and clean out capabilities
- Large shoulder lugs wrap down to protect the sidewall
- Rim guard protects those expensive wheels
- Lug spacing optimized for traction in all terrains
- Tread bars aide in mud and snow clean out between the side lugs
- Continuous contact patch offers a smooth and quite ride in hardpack terrain
- More biting edges in tread design increases tractions in all directions and varying terrains
- Semi-round profile promotes better handling and decreased steering effort over a flat profile design
