BlueStuff Brake Pads use a higher-temperature compound intended for repeated hard braking engineered for your vehicle. This is a compound we recommend for street/track use where thermal stability matters—with stable pedal feel and consistent response when braking loads rise.

Brake feel and consistency depend heavily on compound stability and correct bedding. Compared with many factory pad formulations, this compound typically delivers higher friction levels and improved fade resistance when installed correctly and bedded-in properly.

Features & Benefits

• High-friction compound designed for elevated brake temperatures
• Stable friction characteristics across a broad temperature range
• Excellent fade resistance at sustained high temperatures
• Predictable pedal feel with progressive modulation
• Compatible with OEM and performance replacement rotors
• Bedding-in required to establish a consistent transfer layer

Best For

Best performance street pad upgrade for drivers who want stronger bite and better fade resistance than typical factory pads.

Common Questions

Are these better than factory brake pads?
In most applications, yes. Expect stronger bite and improved fade resistance, especially during repeated stops. Final results depend on rotor condition and proper bedding.

Do I need to bed these pads in?
Yes. Bedding is critical to build a stable transfer layer on the rotor and to achieve the friction and consistency the compound is designed for.

Are these suitable for street driving?
They can be, but these compounds are optimized for higher temperatures. For primarily street use, a street-focused compound is usually quieter and more consistent when cold.

Year	Make	Model	Submodel
2015-2020	Acura	TLX	Base
2015-2020	Acura	TLX	SH-AWD
2005-2011	Lotus	Elise	Base
2011	Lotus	Elise	R
2008-2011	Lotus	Elise	SC
2006	Lotus	Exige	Base
2007-2009	Lotus	Exige	S
2008-2011	Lotus	Exige	S 240
2005-2007	Morgan	Aero 8	Base
2011	Tesla	Roadster	2.5
2008-2010	Tesla	Roadster	Base
2011	Tesla	Roadster	Sport 2.5