PFC 7834 Race Pad Set – 01 Compound 14 mm

£247.68
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SKU: 0919.08.16.44
Description

PFC 7834 Race Pad Set - 01 Compound - 14mm Pad - Ariel Atom Front/Rear Pad

Performance Friction brakes set the standard for excellence in high-performance vehicles, commercial fleets, and everyday street cars. Racing champions trust Performance Friction Brakes; hundreds of races and over 1,500 championships have been clinched using Performance Friction Carbon Metallic® pads, from NASCAR Winston Cup to IndyCar and the Australian Porsche Cup. In 2008 alone, more than 120 racing champions worldwide achieved victory with Performance Friction brakes.

All Performance Friction pads feature their patented Ionic Fusion™ bonding technology, ensuring the safest and strongest bond between the friction material and backing plate. By eliminating rivets, this technology enhances safety and performance while providing exceptional shear resistance.

*Please check pad shape and size against diagram, generic pad picture*

Fitment

Caterham Seven range AP7600 caliper Brake pad – 16mm Front
Lotus 211 Brake pad – 14mm Front
Lotus Exige (2006-) Sport Cup (4 piston) Brake pad – 14mm Front
MSV F4 Brake pad – 16mm

F/R

PFC brake pad compounds  please click compound number for more information

sprint for circuit & rally applications. High bite, good torque & release. degressive pad for rear axle, to support ABS. Low wear rate & gentle on discs.
degressive pad for front applications, with good initial bite & low wear. ABS-friendly. sprint / semi-endurance race compound for circuit racing & tarmac rallying.
semi-endurance designed for ABS systems & high temp applications. Low wear rate. high bite, high friction for sprint & rally applications.
for sprint / medium distance with smooth bite & rising friction over temperature. endurance with rising friction over temperature & less wear at high temperatures.
for sprint & medium distance. Good bite, little torque rise & least hot fade on the market. fast road / trackday with excellent noise reduction & low dust.

Please note: Performance levels may vary dependent on application.