The SuperATV 8 Inch Portal Gear Lift for Polaris RZR Pro R gives you the ground clearance to attack obstacles that would stop a stock machine in its tracks, while gear reduction helps take stress off the drivetrain. Precision-ground 9310 alloy steel gears, dual idlers and a 1.5-inch hardened 4340 steel driveshaft provide the strength needed for serious riding, while sealed housings help keep contaminants out.
With 1.5 inches of forward and rear offset, plus universal hubs compatible with major bolt patterns, this portal setup delivers both clearance and build flexibility. Give your Pro R the hardware to go bigger when you add it to your cart and get ready for tougher terrain.
Features:
- Available with billet or cast aluminum housings
- Dual idler gear configuration maximizes strength
- Cool, quiet, precision-ground gears made from 9310 alloy billet steel
- 1.5 in. forward and rear offset
- 1.5 in. diameter 4340 hardened steel drive shaft
- Housings use gaskets or O-rings that don’t let anything through
- Universal hub fits all major bolt patterns
- Gear reduction reduces stress on your drivetrain
8” Portal Gear Lift Includes:
- (4) Assembled portal hub boxes complete with 9310 gears, seals, output shaft, gaskets and thrust bearings
- (4) Universal hubs and precision-ground stainless steel slotted rotors with lugs
- (4) Specialized steel alloy backing plates
- (4) Steel caliper mounting plates
- (2) Caliper adapter plates (dual idler configuration only)
- Extended brake lines
- All required hardware, including recessed castle nut socket
Wheel Requirements:
- 22” or larger wheel required
- Wheels cannot exceed 5" backspacing
- 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.
