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The ARLEN NESS Front Rotor with part number 33-10302-202 is designed to deliver exceptional braking performance on your motorcycle. Crafted to match Procross forged wheels and engineered for high durability, this rotor ensures reliable stopping power in all riding conditions. The rotor measures approximately 11.8 inches in diameter, making it an ideal choice for riders seeking a combination of high performance and stylish chrome finish. Constructed with precision, the outer brake disc is made from 420 stainless steel, which is drilled and laser cut to enhance friction and minimize heat buildup. This meticulous manufacturing process not only improves overall braking efficiency but also extends the lifespan of the rotor. The inner carrier is CNC machined from aircraft-quality billet aluminum, providing a lightweight yet robust core that withstands demanding riding conditions. This rotor is compatible with Arlen Ness?, factory, and aftermarket wheels that are designed to accept 5-bolt hub mounted HD brake rotors. Its versatile design ensures seamless integration with a variety of motorcycle setups, making it a popular choice among enthusiasts looking to upgrade their braking system. Whether you're customizing your bike for street riding or performance racing, this rotor offers a perfect blend of style, durability, and performance. Installation is straightforward, and the chrome finish adds a sleek, polished look to your front wheel. Optimize your bike's braking system with this premium rotor from ARLEN NESS, and enjoy confident, responsive stopping power on every ride.
Features:
* Designed to match Procross forged wheels for a cohesive look
* Outer brake disc made from 420 stainless steel, drilled and laser cut for optimal friction and heat dissipation
* Inner carrier CNC machined from aircraft-quality billet aluminum for strength and lightweight performance
* Compatible with Arlen Ness?, factory, and aftermarket wheels designed for 5-bolt hub mounted HD brake rotors
* Chrome finish provides a stylish, corrosion-resistant surface
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