Marchesini M7R GENESI Forged Magnesium Wheels - Honda CBR1000RR SP2 (17-19) | Race Performance
Unleash your CBR1000RR SP2's true potential with Marchesini M7R GENESI forged magnesium wheels. Achieve massive weight reduction, superior handling, faster acceleration, and better braking. Direct fit.
The Marchesini Forged Magnesium M7R GENESI Wheel Set represents the pinnacle of racing technology, translating MotoGP and World Superbike (WSBK) proven performance directly to your Honda CBR1000RR SP2 (2017-2019). Engineered using an aerospace-grade magnesium alloy and a high-precision, multi-directional closed-die forging process, these 7-spoke wheels deliver a spectacular reduction in unsprung and rotational mass. The set weighs approximately 7.7 kg, offering a weight reduction of 26% to 41% compared to standard OEM wheels, drastically cutting the rotational inertia. This significant weight saving fundamentally transforms your bike's dynamics, resulting in significantly higher acceleration, shorter braking distances, and razor-sharp handling into and out of bends. The aggressive 7-spoke design is optimized using advanced Finite Element Method (FEM) and Computational Fluid Dynamics (CFD) analysis to ensure maximum rigidity, durability, and aerodynamic efficiency on the track and the road. The wheels are a direct, bolt-on replacement for your factory wheels (though a Marchesini-standard sprocket is required) and are finished with a high-quality, durable paint over a protective primer layer suitable for magnesium. This wheel set is the ultimate performance upgrade for the serious racer or demanding track-day enthusiast.
Best Uses
1. Professional Racing & Track Days: Essential upgrade for competitive riders seeking the absolute maximum performance advantage through reduced rotational inertia.
2. High-Performance Street Riding: For enthusiasts demanding the best handling, acceleration, and braking response for spirited road use.
3. Weight Reduction Projects: Core component in any project focused on extreme mass centralization and overall weight reduction of a sportbike.
4. Premium Aesthetic Enhancement: The unmistakable racing design provides a stunning, high-end, and aggressive look to the CBR1000RR SP2.
5. Motorcycle Custom Builds: Serving as the foundation for top-tier, no-compromise custom sportbike builds.
Features
1. Aerospace-Grade Magnesium Alloy: Utilizes a highly resistant magnesium alloy, offering superior material properties while ensuring extreme lightness.
2. Multi-Directional Closed-Die Forging: A high-pressure, multi-directional forging process that creates an optimal Metal Flow Direction (MFD) for maximum strength, rigidity, and durability in the rim and spokes.
3. Exceptional Low Weight: Total wheel set weight is approximately 7.7 kg, achieving a typical weight reduction of 26% to 41% over stock wheels.
4. Optimized 7-Spoke Design: The aggressive, race-proven 7-spoke pattern ensures maximum hub-to-rim rigidity and even distribution of radial loads.
5. Direct Fitment: Completely interchangeable with the original wheels for the Honda CBR1000RR SP2 (2017-2019), requiring a Marchesini standard sprocket.
Benefits
1. Dramatically Improved Acceleration: Significant reduction in rotational inertia allows the engine to spin the wheels up faster, translating to quicker launches and better drive out of corners.
2. Sharper, Faster Handling: The reduced gyroscopic effect and unsprung weight make the bike feel lighter, enabling much quicker turn-in and easier transitions through chicanes.
3. Shorter Braking Distances: Lower rotational mass makes it easier for the braking system to slow the wheel down, resulting in more effective and shorter stopping distances.
4. Enhanced Suspension Performance: Reduced unsprung weight allows the suspension components to react faster and more effectively to road and track surface changes, improving traction and ride comfort.
5. Race-Bred Reliability: Built on decades of MotoGP and WSBK experience, these wheels offer an optimal balance of strength, stiffness, and lightness, ensuring both high performance and exceptional reliability.
