The automotive braking system is a core component for the safe operation of vehicles. It primarily converts kinetic energy into thermal energy through friction or electromagnetic action to achieve deceleration or stopping. Currently, hydraulic braking systems remain the dominant technology, transmitting hydraulic pressure through the master cylinder, wheel cylinders, and pipelines to drive brake pads against discs, thereby generating braking force. With technological advancements, Electronic Brake-force Distribution (EBD), Anti-lock Braking Systems (ABS), and electronically controlled braking devices have become increasingly prevalent, significantly enhancing handling stability in complex road conditions. The local market continues to show growing demand for high-performance braking components, particularly emphasizing heat resistance and low-noise performance. Concurrently, the electrification trend is driving the adoption of new technologies like regenerative braking, with some manufacturers integrating smart monitoring features that use sensors to provide real-time feedback on brake pad wear. Vehicle owners are advised to check brake fluid moisture content every 20,000 kilometers and replace brake pads periodically. OEM parts typically ensure optimal compatibility, while aftermarket performance brake kits can meet higher cooling demands—though compliance with JPJ certification standards must be verified.
