Power Stop 97-01 Honda Prelude Front & Rear Track Day SPEC Brake Kit

The PowerStop TDSK706 Brake Kit is a meticulously engineered performance solution designed specifically for the 1997-2001 Honda Prelude models, including both Base and Type SH variants. As part of PowerStop’s renowned Track Day SPEC series, this kit delivers a comprehensive upgrade for drivers seeking enhanced braking performance on the track or during spirited driving sessions.

PowerStop, a leader in the brake industry, is committed to providing reliable, high-quality braking components that meet the rigorous demands of motorsport and performance enthusiasts. Their Track Day SPEC Brake Kits are developed with data-driven precision and extensive testing, ensuring optimal performance under extreme conditions. This kit includes both front and rear brake pads and rotors, offering a complete solution that eliminates the guesswork typically associated with track-focused brake upgrades.

Key features of the PowerStop TDSK706 kit include:

• High-Performance Brake Pads: Engineered for maximum fade resistance and consistent pedal feel, these pads maintain an excellent coefficient of friction throughout demanding track sessions.
• Autospecialty Rotors: These rotors are 100% dynamically balanced and designed for direct fitment, ensuring smooth operation and reliable stopping power without additional modifications.
• Track-Optimized Design: Ideal for drivers utilizing R-Compound tires or competing in spec racing series such as Spec Miata, providing superior thermal management and durability.
• Brand Reliability: PowerStop is the official brake supplier for Bondurant Racing School, underscoring their commitment to quality and performance excellence.

Installation of the TDSK706 kit guarantees enhanced control and confidence at every corner, making it an essential upgrade for Honda Prelude owners who demand precision braking performance. Whether for track day events or competitive racing, this PowerStop kit ensures your vehicle is equipped to handle the most challenging braking scenarios with consistency and reliability.

This part fits: