Rotors and Drums are the primary rotating components of the braking system. They work in conjunction with brake pads and shoes to create the friction necessary to slow or stop the vehicle.

When braking force is applied, pads clamp onto the rotor or shoes press outward against the drum, converting kinetic energy into heat. Their structural integrity and heat management capacity directly influence braking efficiency and safety.

Key Features:

* High-Grade Cast Iron Construction:
Engineered for superior heat absorption and durability under continuous braking stress.

* Ventilated Rotor Design:
Incorporates internal cooling vanes to dissipate heat efficiently, reducing brake fade during heavy braking.

* Precision Machined Surface:
Ensures smooth pad contact, consistent friction performance, and reduced vibration.

* Balanced Weight Distribution:
Designed to minimize rotational imbalance, improving braking stability and reducing steering vibration.

* Corrosion-Resistant Coating:
Protective surface treatment helps prevent rust formation, extending service life in varying environmental conditions.