Project Mu Racing 777 Brake Pads

Honda Accord 6-cylinder 2003–2007

Part #: P7F302

Overview

The Project Mu Racing 777 Brake Pads are specially designed for high-performance circuit use, offering exceptional braking power and durability under demanding conditions. Engineered for enthusiasts who push their vehicles to the limit on race tracks, these brake pads deliver consistent, fade-free performance during sprints and semi-endurance races. If you're seeking a reliable braking solution that can handle the intense heat and stress of racing environments, the Racing 777 pads are an excellent choice for your Honda Accord 6-cylinder from 2003 to 2007.

Built with a focus on full braking effect and sturdy wear resistance, these pads help you achieve confident stops at high speeds, ensuring safety and performance during your track days. Whether you're competing in amateur racing or spirited driving on the circuit, the Racing 777 pads provide the stopping power and stability needed to maximize your vehicle's potential.

Key Features

The Project Mu Racing 777 brake pads incorporate advanced materials and design features to optimize performance on the track:

• Material: Super graphite metallic compound, offering excellent heat resistance and consistent friction characteristics during high-temperature operation.
• Temperature Range: Effective braking performance within rotor temperatures of 300–800°C, making them suitable for aggressive driving and racing conditions.
• Friction Coefficient: Ranges from 0.40 to 0.55, providing strong initial bite and reliable modulation for precise braking control.
• Wear Resistance: Designed to withstand the intense wear associated with circuit use, reducing the frequency of pad replacements and maintaining consistent braking feel.
• Full Braking Effect: Engineered to deliver maximum stopping power, helping you achieve shorter braking distances and improved lap times.
• Sturdy Construction: Built to endure the rigors of racing, with a robust design that maintains integrity under high stress and heat.
• Application Specific: Tailored for front braking systems on Honda Accord 6-cylinder models, ensuring optimal fitment and performance.

Construction & Design

The Racing 777 brake pads feature a high-quality super graphite metallic friction material bonded to a durable backing plate. This combination ensures excellent thermal stability and consistent performance across a wide temperature range. The pads are designed with a focus on heat dissipation, helping to prevent brake fade during extended use on the track. Their sturdy construction resists cracking and glazing, maintaining effective braking even after repeated high-temperature cycles.

The material's composition provides a smooth, predictable pedal feel, allowing precise modulation and control during aggressive driving. The pads are manufactured with strict quality standards to ensure reliable performance and longevity in demanding racing environments.

Installation & Fitment

The Project Mu Racing 777 brake pads are designed as direct replacement for the front brake calipers on Honda Accord models equipped with 6-cylinder engines from 2003 to 2007. Installation is straightforward for those familiar with brake service procedures, as they utilize the factory mounting points and hardware. No modifications, cutting, or special tuning are required to install these pads. For optimal performance, it is recommended to inspect and replace brake rotors if they are worn or damaged.

• Ensure the brake calipers are clean and free of debris before installation.
• Use appropriate brake lubricant on contact points to prevent noise and ensure smooth operation.
• Follow standard safety procedures and torque specifications during installation.

What's Included

• Pair of front Racing 777 brake pads
• Installation hardware (if applicable)
• Instruction manual (if provided)

Ideal For

• Track day enthusiasts seeking maximum braking performance
• Racing drivers requiring durable, fade-resistant brake pads
• Performance-oriented drivers pushing their Honda Accord on the circuit