Marchesini Forged Aluminium M7RS GENESI For SUZUKI GSX-R 1000 (2009 - 2016)

Marchesini Forged Aluminium M7RS GENESI for Suzuki GSX-R1000 (2009–2016) | Lightweight Racing Wheels

Unleash track performance with Marchesini M7RS GENESI forged aluminium wheels for your GSX-R 1000 (2009-2016). Up to 40% lighter than OEM for superior handling & acceleration. Free Shipping.

The Marchesini M7RS GENESI wheels represent the pinnacle of forged aluminium wheel technology, meticulously engineered for the demanding rider of the Suzuki GSX-R 1000 (2009-2016). Developed from Marchesini's deep expertise in top-tier racing, these wheels are not merely an upgrade—they are a transformative performance modification. Manufactured using a multi-directional forging process and sophisticated heat treatments, the M7RS GENESI achieves an unrivaled combination of low weight and high rigidity. This reduction in mass—often up to 40% over the standard OEM cast wheels—is concentrated where it matters most: the unsprung and rotational mass. For your GSX-R 1000, this translates directly into sharper handling, significantly faster acceleration, and more responsive braking. The seven-spoke design (M7RS) is a direct evolution of their Grand Prix-winning wheels, offering maximum stiffness for precision cornering stability. If you are serious about reducing lap times and experiencing the full potential of your 'Gixxer,' the M7RS GENESI wheels are the essential choice.

Best Uses

1.      Track Days & Racing: The primary application, maximizing agility, corner entry speed, and tire grip.

2.      High-Performance Street Riding: Dramatically improves flickability and reduces rider effort for spirited canyon carving.

3.      Weight Reduction Builds: Essential component for serious weight-saving projects on the GSX-R 1000.

4.      Premium Aesthetic Upgrade: Provides the unmistakable look of a high-end, race-spec machine.

Features

Benefits

1.      Dramatically Improved Handling: Lower unsprung mass allows the suspension to react faster and more effectively to road surface changes.

2.      Faster Acceleration: Reduced rotational inertia means less engine power is wasted spinning up the wheels, translating directly to quicker throttle response.

3.      Enhanced Braking Performance: The wheels' lower mass reduces the gyroscope effect, improving stability during hard deceleration and making the bike easier to tip into corners.

4.      Reduced Rider Fatigue: The bike requires less physical effort to initiate turns and change direction, especially during back-to-back track sessions.

5.      Superior Longevity & Reliability: The forging process increases material strength, offering better resistance to impacts and fatigue than cast wheels.