G-LOC Brake Pads for 1993-1990 Mazda Miata

Miata Brake Pads

SKU: F: R525 / R: R458

Fits: 1990-1993 Mazda Miata

G-LOC is a new North Carolina based brake pad company who have taken their cumulative experience in racing brake pads to the next level by offering racers the absolute best brake pad in the industry. G-LOC raises the stakes in quality, materials, and design over their competition, and we are proud to be able to offer them to you. More information on their uses and specs can be found in our Tech Center under the G-LOC Brakes Compounds page

Availability: R10 and R8 Spec Miata compounds typically in stock. All else is drop shipped

Shipping: In-Stock Items ship USPS unless noted otherwise

Pricing: $102.00

Description

G-LOC Brakes compounds are known for their torque control characteristics along with unmatched modulation and release characteristics. G-LOC compounds are some of the most disc/rotor friendly in the industry. Most racing brake pads use carbon & iron as their main ingredients in their compounds, G-LOC Brakes use a unique blend of ceramic, carbon, Kevlar, and semi-metallic based compounds to give you maximum control without unnecessarily sacrificing speed or pace. They are truly brakes that are designed and engineered by racers, for racers.

G-Loc Compounds:

G-LOC GS-1

The G-LOC GS-1 is our high performance street compound. GS-1 produces very little dust and very little noise, while maintaining excellent initial bite and torque for street use. GS-1 has been unmatched in the industry for disc/rotor friendliness as well as its longevity. This compounds excellent performance on the street provides incredible braking force without ABS intervention. G-LOC GS-1 operating range starts at ambient up to 800°F (426°C). GS-1 is suitable for ALL street cars, tow vehicle, fleet vehicle, and armored vehicles. G-LOC GS-1 is NOT recommended for ANY track use.

G-LOC R6

The R6 has been specifically engineered for Autocross applications. An ultra high cold torque compound delivering consistent performance from dead cold (0°F) up to 1000°F + (0°C to 537°C+). The advanced compound matrix provides an excellent initial bite, high coefficient of friction at lower temperatures along with very progressive brake modulation and release characteristics. The R6 compound is widely used for street use as well, but this compound will more than likely make noise on the street. G-LOC doesn’t recommend street driving on with R6 due to possible elevated levels of dust and noise. R6 is NOT recommended for road racing (closed circuit) use in most applications.

G-LOC R8:

A high torque brake compound with a wide operating temperature range of 200°F-1250°F+ (93°C to 676°C+). G-LOC R8 is the first of our extensive lineup of racing compounds. Good initial bite along with excellent modulation and release characteristics. Extremely high fade resistance and very rotor friendly. Perfect for track day use with any tire and can still be driven safely to and from the track. G-LOC does NOT recommended R8 for daily use on the street due to elevated levels of dust and noise. G-LOC R8 is a popular compound for open wheel type of race cars. R8 is also used on most Formula SAE team cars, along with shifter karts, dirt bikes, ATV’s, and even Mountain bikes.

G-LOC R10:

The R10 has a much strong initial bite and higher coefficient of friction than R8. R10 still maintains our smooth release, excellent modulation and rotor friendliness that have been engineered into all previous G-LOC compounds. The R10 compound disc/rotor friendliness will lead the industry. R10 broad temperature range and fade resistance is in excess of 1475°F (186°F /85°C – 801°C). G-LOC does NOT recommended R10 for daily use on the street due to elevated levels of dust and noise.

G-LOC R12:

Raising the bar even higher is the R12 compound with an excellent initial bite, high and consistent torque, and outstanding fade resistance over and above the R10. R12 has a temperature range of 200°F to 1860°F (93°C to 1015°C). The G-LOC R12 continues our excellent release and modulation that has been engineered into all previous G-LOC compounds. The R12 is slightly more disc/rotor aggressive than R10 but more disc/rotor friendly compared to our competition. G-LOC does NOT recommended R12 for daily use on the street due to elevated levels of dust and noise.

G-LOC R14:

The R14 compound was engineered for endurance racing with lighter weight, lower horsepower cars in mind. R14 has solid initial bite, a little less modulation than the R10 or R12. R14 has great fade resistance with a temperature range of 210°F to 1400°F (98°C to 760°C). R14 is as rotor friendly as our R12 compound. G-LOC does NOT recommended R14 for daily use on the street due to elevated levels of dust and noise.

G-LOC R16:

The R16 is an extremely aggressive initial bite, linear torque curve and excellent fade resistance compound from our lineup of R-Series compounds. The R16 is a natural progression of the highly successful R-Series line of compounds from G-LOC. R16 has a temperature range of 255°F to 2000°F (123°C to 1093°C). G-LOC R16 maintains our philosophy of modulation and release that has been the foundation of all other G-LOC R-Series compounds. G-LOC does NOT recommended R16 for daily use on the street due to elevated levels of dust and noise and the amount of heat needed to work properly.

G-LOC R18:

The R18 is the pinnacle compound of the R-Series compounds engineered by G-LOC. R18 is based on the same successful principals and fundamentals that exist in all other G-LOC R-Series formulations. R18 has more initial bite, overall bite, and even more controllable torque. The R18 offers the absolute most linear torque curve we have ever created. The thermal characteristics and coefficient of friction are of the highest offered by anyone in the braking industry. This revolutionary compound will lead the way in all major forms of racing (professionally and grassroots). R18 has a temperature range of 610°F to 2100°F+ (321°C to 1149°C+). G-LOC does NOT recommended R20 for daily use on the street due to elevated levels of dust and noise and the amount of heat needed to work properly.

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