Frameguards lbx

Cleaning: After each ride, rinse wheels with clean water to remove dirt and debris. Use a soft brush and mild soap solution for stubborn grime. Avoid high-pressure washers that could damage wheel seals and bearings.
Brake Dust: Clean brake dust regularly with a dedicated wheel cleaner to prevent corrosion and maintain braking performance.
Inspection: Periodically check wheel trueness, spoke tension, and bearing condition. Look for any cracks, dents, or signs of damage that could affect performance.
Tire Maintenance: Monitor tire pressure and tread depth regularly. Proper tire pressure is critical for optimal handling and safety on the Surron LBX E-Ride Pro SS 2.0.
Storage: Store wheels in a cool, dry place away from direct sunlight and extreme temperatures to preserve material integrity.

Vehicle Compatibility: Specifically engineered for the Surron LBX E-Ride Pro SS 2.0 electric dirt bike. These supermoto wheels are designed to fit the OEM wheel hubs and brake systems without modification.
Wheel Size: Optimized supermoto geometry for enhanced cornering grip and stability on mixed terrain.
Brake System: Compatible with both disc brake configurations on the Surron LBX E-Ride Pro SS 2.0. Ensure proper brake pad clearance during installation.
Tire Compatibility: Designed to accommodate a range of supermoto-specific tire sizes. Verify tire specifications before installation to ensure proper fitment and performance.
Weight Distribution: Lightweight construction reduces unsprung weight for improved acceleration and handling characteristics.

Step 1: Safely lift the Surron LBX E-Ride Pro SS 2.0 using a proper stand or jack. Ensure the bike is stable and secure before proceeding.
Step 2: Remove the brake calipers carefully and set aside. Keep track of all fasteners and hardware.
Step 3: Remove the axle nut and carefully slide the wheel off the axle. Take note of spacer positions and orientation.
Step 4: Clean the axle thoroughly with a clean cloth. Inspect for any damage or wear.
Step 5: Align the new wheel with the axle, ensuring spacers are positioned correctly on both sides of the hub.
Step 6: Slide the wheel onto the axle and install the axle nut. Tighten to manufacturer specifications (typically 40-50 Nm for the Surron LBX E-Ride Pro SS 2.0).
Step 7: Reinstall brake calipers and ensure proper alignment with the rotor. Check brake pad clearance.
Step 8: Spin the wheel freely to confirm smooth rotation and proper brake engagement. Test brakes before riding.

Wheel Diameter: Supermoto-optimized sizing for the Surron LBX E-Ride Pro SS 2.0
Rim Width: Engineered for optimal tire contact patch and cornering stability
Weight per Wheel: Lightweight construction for improved acceleration and handling
Spoke Design: High-tension spoke pattern for superior strength and durability under racing conditions
Hub Material: Precision-machined aluminum alloy for strength-to-weight optimization
Bearing Type: Sealed cartridge bearings for low friction and extended service life
Brake Rotor Compatibility: Designed for 160mm or 180mm disc rotors depending on configuration
Load Rating: Engineered to handle the performance demands of electric dirt bike racing and aggressive trail riding

Rim Material: High-strength aluminum alloy with precision CNC machining for consistent performance and durability.
Spoke Material: Stainless steel spokes with corrosion-resistant coating to withstand harsh off-road conditions and moisture exposure.
Hub Construction: Forged aluminum alloy hub with sealed cartridge bearings for reduced friction and extended lifespan.
Durability: Engineered to withstand extreme impacts, mud, water, and aggressive riding conditions typical of supermoto racing and trail use.
Fatigue Resistance: Tested to handle repeated stress cycles from jumps, cornering, and acceleration without failure.
Corrosion Protection: Anodized finish and protective coatings resist rust and degradation from moisture and salt exposure.
Lifespan: With proper maintenance, expect 2-3 years of excellent performance in typical racing and trail riding conditions, with potential for longer service life depending on usage intensity.