Empower your Yamaha Wolverine X2 850 with a mounting solution that prioritizes both strength and simplicity. This SuperATV Winch Mounting Plate is precision-crafted from 3/16” heavy-duty steel, featuring laser-cut edges and CNC-bent contours for a rigid, vibration-free chassis interface. Finished with a UV-resistant powder coating to repel rust and debris, this bracket is specifically engineered to accommodate 3500 lb. Black Ops Winches. Because this is a no-drill installation, you can secure a high-performance recovery point without making permanent modifications to your Wolverine’s factory frame.
Adaptability is baked into the design at Cheetah's Powersports, with dual-fit mounting holes (76mm×169mm and 76mm×124mm) and multiple fairlead spacings (152mm and 109mm). This layout ensures a perfect match for a wide variety of 3500 lb. OEM and aftermarket recovery units. This bolt-on plate offers the unshakeable structural integrity you need to navigate tight technical trails with the confidence that you can always pull your way out of a bind.
Features:
- Made with 3/16” heavy-duty steel plating
- Laser cut and CNC brake press bent steel construction
- UV-Resistant powder coating prevents corrosion
- Designed to work with SuperATV’s 3500 lb. Black Ops Winches
- Installs quickly and easily—no drilling required
- Compatible with many 3500 lb. OEM and aftermarket winches
- 3” x 6 5/8” (76mm x 169mm)
- 3” x 4 7/8” (76mm x 124mm)
- 5.98” (152mm)
- 4.29” (109mm)
- The winch mount has a bolt pattern for the majority of aftermarket 3500 lb. winches. This includes Warn, Superwinch and OEM winches.
- This product can impact machine operation. Customer and/or user is responsible for ensuring that this product is compatible with their machine as currently configured, properly installed, and understands any impact this product has or might have on the machine's operation.
- ⚠ California Proposition 65 Warning ⚠ WARNING: This product may contain a chemical known to the State of California to cause cancer or birth defects or other reproductive harm.
