Table of Contents
Getting the Car Ready for Work
Before any mechanical work begins, the vehicle must be secured. The handbrake is released and the car is parked on a flat surface. A jack is positioned at the manufacturer‑specified lift point, usually marked by small arrows on the chassis. Once the car is raised, a jack stand is placed beneath the frame to support the weight and keep the vehicle stable while the wheels are removed.
Removing the Brake Components
Wheel bolts are loosened by hand or with a wrench, depending on the mechanic’s preference. After the bolts are fully unscrewed, the wheel is removed with a quick kick to clear any rusted or stuck bolts. The brake caliper is then freed from the disc by removing the two retaining screws that hold it in place. One key locks the caliper, while the other unscrews it. The caliper remains attached to the brake hose and handbrake cable, so it is held carefully to avoid damage.
The brake pads, often fused together by rust, are inspected. In many cases, the pads are so corroded that they no longer provide adequate contact with the disc, leaving only a tiny area of friction. Because the removal process can damage the pads further, they are not reused. The disc itself may be stuck to the hub by a locking screw or rust; tapping the screw with a hammer can loosen it, after which the disc is slid out.
Cleaning and Inspecting the New Parts
Both the new disc and the new pads come from a reputable OEM supplier. Before installation, the disc is cleaned thoroughly to remove any oil film that could cause rust during storage. A clean cloth is used to wipe the disc surface, and a new screw is installed to secure the disc to the hub. The new pads are inspected for any defects; if they are in good condition, they are ready for use.
Cleaning the brake system is essential to prevent contamination. The brake hose and handbrake cable are checked for leaks, and any damaged hoses are replaced. The brake fluid reservoir is refilled, and the system is bled to remove air bubbles that could compromise braking performance.
Installing the New Brake Assembly
The new pads are slid into the caliper, and the caliper is positioned back over the disc. The retaining screws are tightened to the manufacturer’s torque specification, which can be found in the vehicle’s technical manual or reputable repair websites. Marking the screws with a small piece of tape helps identify them later if vibration or loosening occurs.
Because the handbrake mechanism is integrated into the caliper on this model, a special tool is used to retract the piston while simultaneously turning it to rewind the handbrake system. Once the piston is fully retracted, the adhesive backing on the pads is removed, and the caliper is reassembled. The wheel is then reattached, and the wheel bolts are tightened in a star pattern to ensure even pressure.
Final Checks and Brake Bedding
After the wheel is secured, the brake fluid level is verified, and the brake system is bled again if necessary. The brake pedal is pumped several times to build pressure, and the handbrake is tested to confirm it holds the vehicle securely. A short drive is performed to allow the new pads to bed onto the disc surface, ensuring optimal contact and preventing uneven wear.
Once the warning lights have cleared and the brakes feel firm, the job is complete. The vehicle is now ready for safe driving, with a fresh set of discs and pads that provide reliable stopping power.
Key Takeaways
Replacing brake discs and pads on a small city car involves careful preparation, meticulous removal, thorough cleaning, and precise reassembly. Using OEM parts, following torque specifications, and performing a proper bleed and bedding process are essential steps that guarantee safety and longevity. By adhering to these guidelines, mechanics can restore braking performance efficiently and reliably.