Brake Pads for 2024 Ram 1500 Limited Longhorn (5.7L V8 MILD HYBRID EV-GAS (MHEV))

Disc brake pads create the friction needed to stop your vehicle by pressing against the brake rotors when you apply the brakes. The friction material on each pad converts your vehicle's kinetic energy into heat, slowing and stopping the wheels through controlled friction contact with the rotor surface.

Worn brake pads produce a high-pitched squealing or grinding noise when braking, reduced stopping power requiring longer distances to stop, vibration or pulsing in the brake pedal, pulling to one side during braking, and visible scoring or grooves on the brake rotors from metal-to-metal contact.

Brake rotors work in direct contact with brake pads and often require resurfacing or replacement when installing new pads, especially if scoring or warping has occurred from worn pad material. The disc brake caliper houses and positions the brake pads, with worn caliper pistons or seized slide pins causing uneven pad wear and requiring caliper service. Hardware kits provide the clips, springs, and anti-rattle components that ensure proper pad positioning and quiet operation, preventing noise and premature wear when these small but critical components deteriorate.

Choose brake pads with OE-equivalent friction formulations matched to your vehicle's weight and braking requirements. Semi-metallic pads offer excellent heat dissipation and durability, while ceramic formulations provide quieter operation with less dust. Replace pads when friction material reaches 3mm thickness, and always inspect rotors for scoring, warping, or minimum thickness specifications during pad replacement.

How do disc brake pads create stopping power?

Brake pads contain friction material that presses against spinning brake rotors when hydraulic pressure from the master cylinder activates the brake caliper. This friction converts the vehicle's motion into heat energy, creating the resistance needed to slow and stop the wheels.

What are the signs that brake pads need replacement?

Squealing or squeaking noises during braking, grinding sounds indicating metal-to-metal contact, longer stopping distances, brake pedal vibration or pulsing, vehicle pulling to one side when braking, and brake dust or visible wear indicators on the pad material.

What's the difference between ceramic and semi-metallic brake pads?

Ceramic pads produce less brake dust, operate more quietly, and provide consistent performance but may cost more and offer less initial bite in cold conditions. Semi-metallic pads deliver excellent heat dissipation and strong stopping power, especially under heavy use, but generate more dust and noise than ceramic formulations.