Project Mu Project Mu Brake Pads Type Racing999 AP Racing F1090 1 25mm RHDJapan Project Mu Brake Rotors, Pads, Fluids & Lug Nuts CARiD Project Mu Brake Rotors, Pads, Fluids & Lug Nuts CARiD Project Mu Co., Ltd.. Project Mu Racing 999 Brake Pads Front fitment for Acura CL 6 cylinder 19971999, Integra Type R 19982001, Legend 19911995 Part #: P9F333 Overview The Project Mu Racing 999 Brake Pads are high performance, race oriented brake pads designed specifically for front applications on select Acura and Honda models. Engineered for enthusiasts who demand maximum stopping power and consistent performance on the track, these pads are ideal for circuit time attack, sprint racing, and other high intensity driving scenarios. Whether you're competing in motorsport events or pushing your vehicle to its limits on the track, the Racing 999 pads deliver exceptional braking performance that helps you achieve confident, fade free stops. Built with a focus on durability and high thermal stability, these pads are suitable for serious racers and track day enthusiasts who require a reliable brake pad that can withstand the rigors of aggressive driving. They are also suitable for off road use, where superior braking response is essential for safety and performance. Please note that these pads are intended for off road use only and are not street legal for everyday driving. Key Features The Project Mu Racing 999 brake pads incorporate advanced materials and design features to maximize braking efficiency and durability in demanding conditions: Asbestos free formulation ensures safety during handling and environmental compliance while maintaining high friction levels. Developed through extensive testing on race vehicles, these pads provide powerful damping force and high fade resistance, even under extreme heat conditions. Triple Nine compound offers a balanced combination of high initial bite and consistent pedal feel, making it suitable for sprint races and time attack events. Optimized for track use, these pads deliver superior stopping power without excessive rotor wear, helping you maintain optimal brake system longevity. Designed with a high friction coefficient to provide rapid deceleration and improved pedal response during aggressive braking. Manufactured by Project Mu, a renowned brand known for their high quality racing brake components and innovative brake pad technology. Compatible with a variety of Honda and Acura models, these pads are a popular choice among professional racers and serious enthusiasts. Construction & Design The Project Mu Racing 999 brake pads feature a meticulously engineered triple nine compound that balances high friction with thermal stability. The pads are constructed using a specialized asbestos free material that ensures safety and environmental compliance. The design emphasizes high damping force, which reduces brake noise and vibration during intense braking. The pads are precisely machined to fit OEM calipers, ensuring a perfect fit and optimal contact with the rotor. Their high quality formulation and manufacturing process result in consistent performance across multiple sessions, making them a reliable choice for competitive racing and high performance driving. Installation & Fitment The Project Mu Racing 999 brake pads are a direct bolt on replacement for the front calipers on the specified Acura CL, Integra Type R, and Legend models. Installation is straightforward for those familiar with brake system maintenance, with no modifications required. Due to their race oriented design, these pads are intended for off road use only and should not be installed on street driven vehicles. Proper bedding in procedures are recommended to maximize performance and lifespan. Easy, bolt on installation with OEM mounting points No cutting, drilling, or special tuning required What's Included Pair of Project Mu Racing 999 Brake Pads (front) Installation hardware and instructions (if applicable) Ideal For Track days and motorsport racing High performance driving enthusiasts Serious racers seeking maximum braking performance Off road applications requiring reliable, fade resistant brake pads