ACURA MDX 2021 Rear Brake Pads: High-Quality OEM Replacement

Genuine HONDA/OEM Acura MDX 2021 rear brake pads, manufactured in Taiwan, offering superior quality at the best price. 100% new.

Acura MDX 2021 Rear Brake Pads are critical components of your vehicle’s braking system. They work by generating friction against the brake rotors, slowing and stopping your car. Essential for safe operation, these components are crafted from high-temperature resistant materials including ceramics, Kevlar, and various alloys. The pads’ design incorporates clamping mechanisms and strategically placed slots for optimal heat dissipation. Brake systems utilize either disc or drum brakes, with disc brakes being far more prevalent. Disc brake pads contact the rotating brake rotor; when the brake pedal is depressed, brake calipers push the pads against the rotor, effectively decelerating the vehicle. The brake pad is a fundamental element within the braking system, its interaction with the rotating brake component generating the friction necessary to control vehicle speed. Brake pedal pressure transmits force to the brake lever, then to the pads, clamping them against the rotor and producing the braking force.

Understanding Brake Pad Types

Brake pads are available in several formulations, each offering unique performance characteristics. Material selection and manufacturing processes dictate the pad’s capabilities and ideal applications.

• Ceramic Brake Pads: Introduced in the mid-1980s, ceramic brake pads utilize a durable ceramic composite, similar to high-temperature ceramics, often enhanced with copper fibers for improved friction and heat management. Known for their quiet operation and low dust production, they offer superior performance compared to organic pads, providing consistent braking under varied conditions. However, their higher cost and less effective heat distribution compared to other materials, along with suboptimal performance in extremely cold temperatures or demanding track driving, should be considered.
• Organic Brake Pads: Initially constructed with asbestos, modern organic brake pads utilize safer materials like fibers, carbon compounds, rubber, glass, or fiberglass composites, bound with resin. They provide moderate friction and heat generation, ensuring smooth braking with minimal noise. However, they exhibit faster wear and require more frequent replacement than other types. Additionally, they perform best in cooler temperatures and may see reduced effectiveness in extreme heat or heavy braking scenarios. They also necessitate greater braking force from the driver due to higher compression.
• Metallic Brake Pads: Metallic brake pads contain a significant metal component (30-70%), typically iron, copper, steel, or composite alloys, combined with graphite and other additives. Their robust metallic composition delivers superior performance across a wider temperature range and driving conditions, along with effective heat dissipation. Reduced compression compared to organic pads requires less driver effort. Nevertheless, they are typically noisier and generate more brake dust than ceramic or organic options, potentially increasing wear on brake rotors.

Vehicle Compatibility