Compact Rotor 6bt.81in 10.75 X 6.25 Street Rod - 160-5839 - Wilwood Brakes Save 30% Now [9gP2vGCY]

Wilwood Rotor 6BT.81in 10.75 x 6.25 Street Rod Brake Rotor

Experience the perfect blend of performance and aesthetics with the Wilwood Rotor 6BT.81in 10.75 x 6.25 Street Rod Brake Rotor. This premium brake rotor is designed for street rod enthusiasts seeking top-notch stopping power without compromising on style. Crafted with precision, this rotor is a must-have for any classic vehicle looking to upgrade its braking system.

Key Features and Specifications

The Wilwood Rotor 6BT.81in 10.75 x 6.25 Street Rod Brake Rotor boasts several standout features:

• Size and Design: Measuring 10.750 inches in outside diameter and 0.813 inches in thickness, this rotor is designed to fit a 6 x 6.250 inch bolt pattern, ensuring a perfect fit for your vehicle.
• Material and Finish: Made from high-quality iron and finished in a natural state, this rotor offers excellent durability and resistance to wear, providing reliable performance over time.

With these features, you can expect smooth and consistent braking performance, enhancing your driving experience on the streets.

Practical Uses and Benefits

The Wilwood Rotor 6BT.81in 10.75 x 6.25 Street Rod Brake Rotor is not just a visual upgrade; it's a practical solution for your vehicle's braking needs. Whether you're driving on the city streets or taking your street rod to the track, this rotor ensures that you have reliable and responsive stopping power. The following benefits make it an ideal choice for your vehicle:

• Improved Braking Performance: The robust design of this rotor significantly enhances your vehicle's braking capabilities, allowing for shorter stopping distances and improved safety.
• Longevity: The high-quality materials and construction ensure that this rotor withstands the rigors of daily driving, providing long-lasting performance and peace of mind.

Upgrade your street rod today with the Wilwood Rotor 6BT.81in 10.75 x 6.25 Street Rod Brake Rotor and experience the difference in performance and reliability.