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Project Mu HC+ Brake Pads R | Acura CL, RSX, ILX (PHR389)

Project Mu HC+ Brake Pads R | Acura CL, RSX, ILX (PHR389)

SKU:PHR389

In stock

Regular price $234.60 USD
Regular price $234.60 USD Sale price $234.60 USD
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The Project Mu HC+ Brake Pads are high-performance brake components designed for street, race, and rally driving. Manufactured by Project Mu, a respected leader in motorsport braking technology, these pads provide exceptional stopping power and consistent performance under demanding conditions. Constructed with advanced friction materials, they offer reliable modulation, reduced fade, and enhanced durability for spirited driving. The HC+ pads are engineered to deliver optimal braking response, making them suitable for enthusiasts seeking a balance of street comfort and track-ready performance. Their design emphasizes high thermal stability and resistance to wear, ensuring long-lasting performance even during intense use.

Compatible with 1997–2003 Acura CL, 2013–2016 Acura ILX, 1998–2001 Integra Type R, 1989–1995 Legend, and 2002–2006 RSX models, these brake pads are a direct replacement for stock components. They are ideal for drivers who require improved braking performance for daily driving, spirited street use, or competitive events. The pads are designed for bolt-on installation, fitting OEM calipers without modification. The kit includes the necessary pads for each wheel position, providing a straightforward upgrade for compatible vehicles. Suitable for various driving scenarios, the Project Mu HC+ brake pads enhance safety and performance across a broad range of applications.

Overview

Project Mu HC+ Brake Pads

1997–2003 Acura CL / 2013–2016 Acura ILX / 1998–2001 Integra Type R / 1989–1995 Legend / 2002–2006 RSX

Part #: PHR389

Overview

The Project Mu HC+ brake pads are a high-performance solution designed for enthusiasts who demand exceptional braking power in street, race, and rally applications. Crafted by Project Mu, a renowned name in the motorsport braking industry, these pads deliver reliable, consistent performance across a wide range of driving conditions. Whether you're tackling spirited canyon drives, participating in track days, or rallying on challenging terrains, the HC+ pads provide the stopping power and fade resistance needed to keep you confident behind the wheel.

Engineered for drivers who push their vehicles to the limit, the HC+ brake pads excel in high-temperature environments, capable of operating effectively up to 800°C. This ensures that your braking performance remains stable even during intense braking sessions, making them an ideal choice for serious track day enthusiasts, rally competitors, and everyday drivers seeking race-inspired stopping power. With their versatile design, these pads are suitable for both street use and competitive motorsport, bridging the gap between daily driving comfort and race-level performance.

Key Features

Project Mu HC+ brake pads incorporate advanced materials and design features to deliver superior braking performance and durability. The cross-over nature of these pads means they are equally adept at handling street driving and competitive environments, providing excellent modulation and fade resistance. The formulation of the HC+ compound ensures a high coefficient of friction, resulting in more bite and confident stopping power when you need it most.

  • High-friction, race-inspired compound capable of operating at temperatures up to 800°C for consistent performance under demanding conditions.
  • Excellent fade resistance, maintaining braking effectiveness during prolonged or aggressive braking sessions.
  • Designed for both street and track use, offering versatile performance for enthusiasts involved in serious driving activities.
  • Superior thermal stability ensures reliable braking even after repeated high-temperature cycles.
  • Enhanced pad life and reduced brake fade compared to standard street pads, supporting extended driving and racing sessions.
  • Suitable for a variety of vehicles, including those used in rally, track days, and spirited street driving.
  • Made with high-quality, durable materials to withstand the rigors of aggressive braking and harsh conditions.

Construction & Design

The Project Mu HC+ brake pads feature a meticulously engineered formulation and construction to optimize performance and longevity. The pads utilize a specialized friction material that balances aggressive bite with low dust and noise characteristics. The backing plates are precision-machined to ensure perfect fitment and minimal vibration, while the high-temperature-resistant compounds prevent cracking and glazing during intense use. These pads are designed to work seamlessly with your vehicle's braking system, providing predictable pedal feel and consistent stopping power.

The design emphasizes thermal stability, allowing the pads to operate effectively across a broad temperature range. This ensures that whether you're on the street or the race track, your braking system remains reliable and responsive. The pads are also engineered to produce minimal brake dust, helping keep your wheels cleaner and maintaining optimal brake performance over time.

Installation & Fitment

The Project Mu HC+ brake pads are designed as direct replacement for the rear brakes on the specified vehicle models. Installation is straightforward for those familiar with brake service, as they bolt directly into the factory calipers without the need for modifications. No special tools or adjustments are required, and the pads are compatible with your existing brake hardware. For optimal performance, it is recommended to bed-in the pads properly following installation. Always inspect your brake system for wear and ensure proper rotor condition before installation.

What's Included

  • Rear brake pads (pair)
  • Installation hardware and shims (if applicable)
  • Instruction manual for proper bedding and installation

Ideal For

  • Track day enthusiasts seeking fade-resistant braking
  • Rally drivers requiring reliable high-temperature performance
  • Street drivers who want race-level stopping power
  • Performance-oriented drivers involved in spirited driving or autocross
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