The Perfect Quaife Atb Lsd Differential - Honda Civic Type R Fk2 Qdf20u Now 65% Cheaper [r8cVJGf2]

Quaife ATB LSD Differential for Honda Civic Type R FK2

The Quaife ATB LSD Differential is a cutting-edge traction solution designed for the Honda Civic Type R FK2, offering an exceptional upgrade over factory standard 'open' differential units. This differential is renowned for its performance-enhancing capabilities, making it a favorite among both road car owners and motorsport competitors. With a strong emphasis on durability and reliability, the Quaife ATB ensures a seamless driving experience with its lifetime warranty for both motorsport and road use.

Key Product Features

Crafted with precision and excellence, the Quaife ATB differential is manufactured in Great Britain to ISO9001-2008 standards, ensuring top-notch quality and performance. Its gear-operated design eliminates the need for any service components to replace, making it a hassle-free and low-maintenance option. The differential's unique fitment significantly reduces unwanted torque steer, understeer, or oversteer, while working harmoniously with road car electronic stability and traction control programs. This not only improves braking performance on front wheel drive cars but also minimizes lock up and ABS intrusion, providing a safer and more controlled driving experience.

Practical Benefits and Target Audience

Whether you're looking to enhance your car's handling balance, improve traction, or boost braking capabilities, the Quaife ATB LSD differential is the ideal choice. Its direct replacement for factory standard 'open' differential units means it can be easily fitted to most popular front, rear, and four-wheel-drive cars. With over 100,000 units sold worldwide since the 1980s, the Quaife ATB has proven itself as a reliable and high-performing upgrade. Whether you're a motorsport enthusiast or a daily driver, the Quaife ATB differential will deliver noticeable performance benefits and ensure your vehicle handles with precision and confidence.