OE Quality
60-Day Returns

Dynamite Friction 600-80001 Disc Brake Rotor - Front
Overview of the Dynamite Friction DFC Brake Rotor
The Dynamite Friction DFC Brake Rotor 600-80001 is engineered for Mazda RX-7 models requiring reliable disc brake performance. This vented rotor is designed to maintain optimal braking efficiency and heat dissipation under demanding driving conditions.
- Compatible with Mazda RX-7 vehicles
- Part number 600-80001 for precise identification
- Vented disc brake rotor design for improved cooling
- Nominal thickness of 18 mm with a discard thickness of 17 mm
- Four bolt holes with 12x1.5 mm diameter for secure mounting
- Outside diameter of 228 mm and inside diameter of 59.3 mm
- Rotor height measures 100.5 mm
Detailed Specifications and Features
This DFC Brake Rotor from Dynamite Friction features a vented design that enhances heat dissipation, reducing the risk of brake fade during extended use. The rotor’s nominal thickness is 18 mm, with a discard thickness of 17 mm, ensuring a clear maintenance threshold for safety. It includes four bolt holes with a 12x1.5 mm diameter, compatible with the Mazda RX-7’s mounting system. The rotor measures 228 mm in outside diameter and 59.3 mm inside diameter, with a height of 100.5 mm, matching OEM specifications for proper fit and function.
About the DFC Brake Rotor Product Line
The DFC Brake Rotor line by Dynamite Friction focuses on delivering rotors that meet or exceed OEM standards for fitment and durability. This product line emphasizes vented rotor designs to improve thermal management, which is critical for maintaining consistent braking performance in vehicles like the Mazda RX-7. The 600-80001 part is a representative example, combining precise dimensions and quality materials to support safe braking operation.
Common Applications and Problem Solving
- Replacement for worn or warped rotors on Mazda RX-7 models
- Addresses brake fade caused by overheating during aggressive driving
- Resolves vibration or pulsation issues linked to rotor thickness irregularities
- Improves braking consistency by restoring proper rotor dimensions
- Supports safe braking performance after extended rotor use
Installation Notes and Tips
When installing the Dynamite Friction DFC Brake Rotor 600-80001, ensure the rotor surface is clean and free of debris before mounting. Verify that the bolt holes align correctly with the Mazda RX-7 hub assembly and torque bolts to manufacturer specifications. It is recommended to inspect brake pads and replace them if worn to maintain optimal braking performance. Always check rotor thickness before installation to confirm it meets or exceeds the discard thickness of 17 mm.
Quality Assurance and Warranty
Dynamite Friction manufactures the DFC Brake Rotor line with strict quality control to meet industry standards. While specific warranty details for part number 600-80001 are not provided here, Dynamite Friction products typically come with a limited warranty against manufacturing defects. Users should consult product documentation or contact the manufacturer for precise warranty information.
| Brand | Dynamite Friction |
|---|---|
| Part Number | 600-80001 |
| Position | DFC Brake Rotor, Front |
| Bolt Hole Diameter | 12x1.5 |
| Bolt Hole Quantity | 4 |
| Discard Thickness | 17 |
| Height | 100.5 |
| Inside Diameter | 59.3 |
| Nominal Thickness | 18 |
| Outside Diameter | 228 |
| Solid Or Vented Type Rotor | Vented |
This part fits 5 vehicles. Search below:
| Year | Make | Model | Position | Notes |
|---|---|---|---|---|
| 1983 | Mazda | RX-7 | Front | DFC Brake Rotor |
| 1982 | Mazda | RX-7 | Front | DFC Brake Rotor |
| 1981 | Mazda | RX-7 | Front | DFC Brake Rotor |
| 1980 | Mazda | RX-7 | Front | DFC Brake Rotor |
| 1979 | Mazda | RX-7 | Front | DFC Brake Rotor |
* Always verify fitment with your vehicle's VIN if unsure. Submodel & trim restrictions may apply.
This part directly replaces or is cross-referenced with the following part numbers:
Cross-reference numbers are provided for identification purposes only. Always confirm fitment before ordering.