Project Mu HC+ Brake Pads (FRONT)

2023+ Toyota GR Corolla

PHF009

Overview:

The Project Mu HC+ Brake Pads are engineered specifically for the front brakes of the 2023 and newer Toyota GR Corolla. Designed for drivers who demand superior braking performance and consistent control, these pads excel across a wide temperature range, making them ideal for spirited street driving and occasional track use. Their advanced friction material ensures reliable stopping power while maintaining excellent pedal feel and modulation.

Sold in pairs, these brake pads provide a direct replacement that enhances the braking system's responsiveness without compromising daily drivability. Whether you are pushing your GR Corolla on twisty roads or navigating urban traffic, the HC+ pads deliver confidence-inspiring performance.

Key Features:

Project Mu HC+ Brake Pads incorporate several innovative technologies to maximize braking efficiency and durability:

• Super Graphite Metallic Material: Offers a high friction coefficient ranging from 0.43 to 0.58, ensuring strong and consistent braking force.
• Wide Operating Temperature Range: Effective from 0 up to 800 degrees Celsius, suitable for both street and track conditions.
• Gas and Dust Removal Slits: Central slits in the pad surface efficiently discharge gases and pad residue generated during intense braking, reducing fade and maintaining stable performance.
• Chamfered Edges: The pad corners are chamfer-cut to minimize unpleasant brake squeal caused by corner contact during braking.
• Pre-Heat Treated: Pads are factory-baked to burn off unnecessary materials, reducing initial gas generation and fade, allowing immediate use after break-in.
• Reinforced Backplate: Constructed from steel plates 20% stronger than OEM, preventing warping under high piston pressure and ensuring pad integrity.

Construction & Design:

The HC+ pads utilize a super graphite metallic friction material that balances high friction with durability and low dust generation. This advanced compound is engineered to withstand extreme temperatures without compromising performance or pad life. The inclusion of gas discharge slits addresses the common fade issue by allowing gases and debris to escape, maintaining consistent pad-to-rotor contact.

Project Mu’s commitment to quality is evident in the robust backplate design. Using steel plates significantly stronger than standard OEM backplates prevents distortion under heavy braking loads, which protects the friction material from peeling and ensures safety and reliability.

Performance & Sound

These brake pads deliver a high friction coefficient that translates to strong stopping power and excellent pedal feel. The chamfered edges help reduce brake squeal, although some noise may still occur due to factors such as rotor condition, dust, rust, or environmental conditions. The pre-heat treatment minimizes fade and gas generation, providing stable braking performance even under demanding conditions.

Installation & Fitment:

Designed as a direct fit for the front brakes of the 2023+ Toyota GR Corolla, Project Mu HC+ Brake Pads install easily without the need for modifications. They are sold in pairs and can be installed using standard brake service procedures. After installation, a proper break-in period is recommended to optimize pad performance and longevity.

What's Included:

• Two Project Mu HC+ Front Brake Pads (sold in pairs)

Ideal For:

• Enthusiasts seeking enhanced braking performance for the Toyota GR Corolla 2023+
• Drivers who require reliable brake control across a wide temperature range
• Those who want a balance of street-friendly noise levels and track-capable stopping power
• Owners looking for durable, fade-resistant brake pads with strong backplate construction

Project Mu is a manufacturer specializing in high-performance braking components, including brake pads, rotors, stainless steel braided lines, and fluids. Their products are designed for a range of applications, from street driving to motorsports, offering consistent friction characteristics and reliable fitment across various vehicle platforms.