|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR (Non Brembo) 2002-04 G35
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR 05 G35 All models
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR 06 G35 All Models
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR 2007-08 G35 All Models
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR (Non Sport) 2008 G37 Coupe
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads REAR (Non Sport) 2009-14 G37 Coupe Base, Journey, and AWD
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads FRONT 05 G35 AWD
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads FRONT (Non Brembo) 2002-04 G35
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads FRONT 05 G35 2WD
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
|
|
|
|
|
|
G-Loc High Performance and Racing Pads FRONT 06 G35 All Models
|
|
|
G-LOC Brakes™ uses proprietary carbon, ceramic, and metallic compound formulations that provide for great modulation and release characteristics. Additionally, the use of less carbon and iron yields the most rotor/disk friendly compounds on the market and provides an insulative buffer that limits heat transfer to the brake caliper and fluid. Better control during trail braking and a broad thermal operational range make G-LOC Brakes™ an excellent choice for high performance braking applications from street driven Auto X cars to high horsepower road race cars.
|
|
|
|
