Marchesini Forged Magnesium M10RS CORSE For HONDA CBR1000RR (SP1) (2017 - 2019)

Marchesini M10RS CORSE Forged Magnesium Wheel Set | Honda CBR1000RR / SP1 (17-19) | Ultimate Track & Street Performance

Unleash maximum performance with the racing-proven Marchesini M10RS CORSE forged magnesium wheels for your Honda CBR1000RR / SP1 (2017-2019). Experience up to 40% weight reduction and 30% lower inertia for faster acceleration, superior handling, and shorter braking distances.

The Marchesini M10RS CORSE Forged Magnesium Wheel Set represents the pinnacle of racing technology, directly derived from Marchesini's decades of experience in world-class motorcycle competitions like MotoGP and World Superbike (WSBK). Specifically designed for the Honda CBR1000RR / SP1 (2017-2019), these wheels are crafted using an exclusive, high-precision, multi-directional closed-die forging process from a high-resistance magnesium alloy—a material typically used in aerospace applications. This rigorous manufacturing method produces a material with superior mechanical properties and a significantly lower specific weight than standard aluminium alloys. The classic 10-spoke design, distinguished by its special Y shape, is not only an emblem of class and high performance but is structurally optimized to ensure maximum rigidity and even distribution of radial load. The complete fitted set (front and rear wheels) weighs only approximately 7.6 kg, achieving a massive weight reduction of 25% to 40% compared to the Original Equipment (OE) wheels. Crucially, the design cuts rolling inertia by around 30%, translating directly into a monumental improvement in motorcycle dynamics. The M10RS CORSE is a no-compromise component, engineered for champions and enthusiasts who demand the absolute maximum for their machine, both on the track and the road.

Best Uses

1. Professional Track Racing: Essential upgrade for competition, offering a critical advantage in unsprung and rotational mass reduction.
2. High-Performance Track Days: Maximizes the performance potential of the Honda CBR1000RR / SP1 on the circuit.
3. Aggressive Street Riding: Provides immediate, noticeable improvements in handling, acceleration, and braking responsiveness for spirited road use.
4. Premium Customization: An ideal component for a high-end sportbike build where no expense is spared on performance and aesthetics.

Features

1. Multi-Directional Closed-Die Forged Magnesium Alloy: Utilizes a complex, high-pressure forging process to create a dense, high-resistance structure, offering superior strength and mechanical properties.
2. Classic 10-Spoke Y-Design: An iconic racing aesthetic that is functionally engineered to deliver maximum rigidity and optimal load distribution.
3. Ultra-Lightweight Construction: The fitted wheel set weighs approximately 7.6 kg, significantly lighter than OEM wheels.
4. Reduced Rotational Inertia: Cuts rotational inertia by approximately 30% compared to standard wheels, minimizing the gyroscopic effect.
5. Interchangeable Design: Supplied as a complete kit ready for assembly (including bushings and dampers), ensuring a direct fit for the Honda CBR1000RR / SP1 (2017-2019) with only a standard Marchesini sprocket required.

Benefits

1. Lightning-Fast Acceleration: Reduced rotational mass allows the engine to spool up quicker, resulting in markedly faster off-the-line and corner-exit acceleration.
2. Sharper, Faster Handling: Lower gyroscopic forces (due to reduced inertia) result in dramatically improved agility, allowing for quicker turn-in, faster transitions, and superior connection with the bike.
3. Shorter Braking Distances: The substantial reduction in rotational mass allows the brake system to more efficiently slow the wheels, leading to better feel and shorter stopping distances.
4. Enhanced Tire Performance: The wheel's rigidity and design help tires reach and maintain their optimal racing temperature more quickly and consistently, improving grip.
5. Superior Overall Agility: The significant reduction in unsprung weight improves suspension compliance and overall bike responsiveness, providing more efficient and easier use of the bike's high performance capabilities on any surface.