Dynamite Friction 355-13029 Brake Master Cylinder

DFC Brake Master Cylinder for Subaru Forester

The Dynamite Friction DFC Brake Master Cylinder, part number 355-13029, is a direct-fit brake hydraulic component for select Subaru Forester models. It is listed for 1998-2000 Subaru Forester applications and supports consistent brake system pressure for everyday driving.

Key Features

• Brake master cylinder for the DFC Brake Master Cylinder product line
• Fits 1998-2000 Subaru Forester
• Part number 355-13029 for accurate ordering and lookup
• Brake hydraulics replacement component for the master cylinder assembly
• Built for vehicle-specific fitment in Subaru Forester brake service

Detailed Description

DFC Brake Master Cylinder 355-13029 is a brake hydraulics replacement part for Subaru Forester models from 1998 through 2000. As the primary hydraulic unit in the brake system, the master cylinder converts pedal input into hydraulic pressure for the brake circuits. This part is listed for the Subaru Forester, making it a focused choice for brake repair on the correct vehicle range. The DFC Brake Master Cylinder line is positioned for direct replacement needs in brake service, and this unit is identified by part number 355-13029.

What It Helps Address

• Brake pedal travel that feels excessive or inconsistent
• Loss of hydraulic pressure in the brake system
• Internal master cylinder leakage
• Brake warning concerns tied to hydraulic performance
• Restoration of braking response on a 1998-2000 Subaru Forester

Installation Notes and Tips

Verify the vehicle year and brake system configuration before installation. After replacement, bleed the brake system thoroughly to remove air from the hydraulic lines and confirm a firm pedal. Inspect brake fluid condition, lines, and related components during service to help ensure proper operation.

Quality Assurance

Use part number 355-13029 to confirm the correct DFC Brake Master Cylinder for your application. This listing is fitment-specific for 1998-2000 Subaru Forester models.