Project Mu Racing777 Brake Pads (Rear) - Civic EG6/9,EK4
$239.00
SKU
PMU-P7R388
Designed for circuit runs with middle- and light-weight vehicles equipped with S tires and heavy-weight vehicles equipped with high-grip radial tires. Made using materials that realize a powerful initial braking force while maintaining excellent controllability and release in the rear. Boasting full braking effect and sturdy wear-resistance, RACING777 brake pads are ideal for everything from sprints to semi-endurance races.
- Material: Super graphite metallic
- Applicable Rotor Temp: 300~800℃
- Friction Coefficient: 0.40~0.55μ
- Material: Super graphite metallic
- Applicable Rotor Temp: 300~800℃
- Friction Coefficient: 0.40~0.55μ
Designed for circuit runs with middle- and light-weight vehicles equipped with S tires and heavy-weight vehicles equipped with high-grip radial tires. Made using materials that realize a powerful initial braking force while maintaining excellent controllability and release in the rear. Boasting full braking effect and sturdy wear-resistance, RACING777 brake pads are ideal for everything from sprints to semi-endurance races.
- Material: Super graphite metallic
- Applicable Rotor Temp: 300~800℃
- Friction Coefficient: 0.40~0.55μ
- Material: Super graphite metallic
- Applicable Rotor Temp: 300~800℃
- Friction Coefficient: 0.40~0.55μ
Manufacturer Product Code | P7R388 |
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Product Types | Brake System |
Manufacturer | Project Mu |
Model Year | 1992, 1993, 1994, 1995, 1996, 1997, 1998, 1999, 2000 |
Make | Honda |
Model | Civic |
Item Description | Designed for circuit runs with middle- and light-weight vehicles equipped with S tires and heavy-weight vehicles equipped with high-grip radial tires. Made using materials that realize a powerful initial braking force while maintaining excellent controllability and release in the rear. Boasting full braking effect and sturdy wear-resistance, RACING777 brake pads are ideal for everything from sprints to semi-endurance races. - Material: Super graphite metallic - Applicable Rotor Temp: 300~800℃ - Friction Coefficient: 0.40~0.55μ |