The ICON Alloys Rebound PRO wheel represents a breakthrough in off-road wheel technology, combining DOT compliance with advanced bead retention for serious enthusiasts who demand both on-road legality and off-road performance. Finished in a durable Titanium color, this 17x8.5 inch wheel features a 5x5.5 inch bolt pattern, 0mm offset, 4.75 inch backspacing, and 108mm hub bore for precise fitment on trucks, Jeeps, and SUVs.
Patented InnerLock Technology:
The Rebound PRO's game-changing feature is its patented InnerLock technology (U.S. Patent No. 11,090,976), which solves the de-beading problem that plagues off-roaders running low tire pressures. Unlike traditional beadlock wheels that are illegal for street use, require constant maintenance, and add significant weight, the InnerLock system uses strategically placed alloy pins to secure the tire bead while maintaining full DOT compliance. These pins are removable, reusable, and replaceable, making tire installation and removal quick and safe.
Proven Performance:
- Subjected to thousands of miles of real-world testing in harsh off-road environments
- Passed modified FMVSS No.139 Tire Bead Unseat Resistance Test at 10 psi
- Exceeded mechanical testing limits (over 7,600 lbs load) without tire de-beading
- 3,200 lb load rating—among the strongest wheels available
- Hardware strategically positioned for maximum protection from trail damage
Engineered for Optimal Performance:
ICON engineers designed the Rebound PRO with maximized caliper clearance and optimized wheel positioning to ensure unrestricted suspension travel and steering function. The carefully calculated backspace and offset dimensions reduce scrub radius, delivering improved handling characteristics and ride quality both on pavement and off-road. This wheel provides the confidence to tackle any terrain while maintaining the safety and legality required for daily driving.
California Prop 65 Warning: This product contains chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm.