Tested by Barry Morris, expert MX'er. "I used them for 32 hours on trail rides, motocross and enduro, through rivers, hard and soft ground, mud and sand. There was plenty of li...
Laser-cut from high carbon content stainless steel for superior strength, lighter than most OEM rotors.
Tested in New Zealand conditions.
Unique shape allows for better heat dissipat...
Artrax disc rotors are all precision laser cut from premium Japanese induction hardened stainless steel, diamond ground for a perfect finish.
They have a distinctive s...
Unique shape allows for better heat dissipation for longer life of both rotor and pads.
Ground for precision.
Vesrah high performance sintered metal pads.
New rotors in stock
Harley Davidson Disc Rotors now ! available in front and rear for most popular HD. Check Sprint 3 for complete listings.
Artrax disc street rotors have a distinctive shape ...
• Highest Friction HH rated for MAXIMUM stopping power.
• Made from Sintered copper alloy like original pads for longer life and perfect braking under all riding conditions, wet or dry, h...
For some eight years now this successful carbon graphite formula has been the choice of top Enduro and Moto-X riders for certain conditions around the world. The main advantage of this type of mate...
• Still number 1 selling EBC formulation.
• Made using the latest high tech fibres.
• German motorrad magazine tests rated these above most organics.
• KBA Approved and will com...
WATER GROOVED EBC aluminium series brake shoes are made using high pressure Die cast alluminium platforms with bonded brake linings. All shoes are radius ground and edge trimmed and also feature le...
Complete rotor bolt kits made from class 10.9 steel
Kawasaki KX/KXF and Suzuki RMZ
4 x M6x13mm
4 x M8x 15mm
As used by 2002/2003 Suzuki Road Race Team and New Zealand’s top Enduro riders - Paul Whibley and Chris Birch. Vesrah Semi Metallic SM Disc Pads designed for the road bike market. Top quality...
Lining composed of aramid and mineral fibres, carbon resin and anti-heat material to decrease fade.