Brand: Hawk Performance Products
Fits the rear of 2004-05 Mazda Miata Mazdaspeed edition (FMSI D1002).
Ferro-Carbon is a unique, high-tech family of friction materials developed and manufactured by Hawk Brake for the racing community. Hawk Pads do not require an extensive "bedding-in" procedure. Keep in mind however, that all disc brake pads require a short period of bedding-in before being used to the maximum of their potential.
Blue (E): Also known as Blue 9012 (the original Blue compound). Medium/High torque racing compound with medium initial bite. The wide temperature range and good brake modulation have made it the #1 pad material for SCCA. Recommended for Production, IT, F2000, Formula Ford, S2000, CSR, and DSR. 250-1000° F (350-800° F optimal).
ER-1 (D): Medium- to high-torque racing compound. Originally designed for endurance racing, but the consistent friction across a wide range of temperatures and long life makes it a great choice for track days, HPDE, and even sprint racing in lighter vehicles (formula cars up to small sedans). Available only for a limited selection of popular racing calipers. Recommended for sprint racing formula cars, Sports Prototypes, and small production cars; or endurance racing in Prototypes and sedans. 400-1600° F (700-1100° F optimal).
HP Plus (N): Designed as an autocross (Solo II) and track day (Solo I) compound. Very wide temperature range makes it suitable for all forms of autocross, yet still streetable. Expect an increase in dust, noise, and rotor wear. 100-800° F (100-600° F optimal).
HPS (F): HPS = High Performance Street. This compound will outperform OEM pads without sacrificing street manners. A good choice for Solo II; also recommended for amateur to intermediate drag racing. Effective from dead cold up to 700° F (100-500° F optimal).
HT-10 (S): High torque racing compound with a smooth initial bite. Works well as a rear pad with HT-14 in front. Recommended for sedans, sports racers, and formula cars with downforce, including GT, Formula Atlantic, F2000, F3000, S2000, CSR, and DSR. 300-1300° F (500-1100° F optimal).
