Higher Cost: Ceramic brake pads typically come at a higher price point compared to traditional semi-metallic or organic brake pads, which can make them less economical for some consumers.

Less Initial Bite: Ceramic brake pads may provide slightly less initial bite or immediate braking response compared to other materials, which could affect braking feel, particularly in high-performance driving scenarios.

Limited Performance in Extreme Conditions: While ceramic brake pads excel in handling high temperatures, they may not perform as well as some metallic compounds in extreme racing or heavy towing applications where sustained high temperatures are encountered.

Potential for Cracking: In very rare cases, ceramic brake pads may be prone to cracking under severe stress or impact, although this is uncommon and typically only occurs under extreme conditions.

Compatibility Issues: Some ceramic brake pad formulations may not be suitable for all types of vehicles or braking systems, so it’s important to ensure compatibility with your specific vehicle model and usage requirements.

Harder on Rotors: While ceramic pads are generally softer than metallic pads, they can still be harder on brake rotors compared to organic pads, potentially leading to increased rotor wear over time.

Braking Performance in Cold Weather: Ceramic brake pads may not provide optimal performance in very cold temperatures, as they may take longer to warm up and reach their peak braking efficiency compared to other materials.