Pagid Racing Brake Pad Shape No. 1682
Fits the Following Vehicles:
Make |
Model |
Build (Year) |
Front |
Rear |
Lotus |
Elise and Club Racer |
1996 + |
|
X |
Lotus |
Exige |
2003 + |
|
X |
Lotus |
Exige V6 Sport 360 Cup |
2015 + |
|
X |
Lotus |
Exige Sport Cup |
2006 + |
|
X |
Opel |
Speedster 2.2i 16V |
2000 - 05 |
|
X |
Pagid Racing Brake Pads are engineered for high-performance driving, delivering exceptional stopping power, durability, and control under the most demanding conditions. Trusted by professional racers and performance enthusiasts worldwide, these pads are crafted using advanced friction materials and cutting-edge technology to ensure consistent performance, low fade, and excellent modulation. Whether you're on the track or tackling aggressive street driving, Pagid Racing Brake Pads provide the reliability and confidence you need to push your vehicle to its limits.
Pagid Racing Brake compounds are for steel (cast iron) rotors only unless otherwise noted.

RS 14 Compound:

The Pagid RS 14 (Black) is a high friction value ceramic compound with very good modulation and high fade resistance. A very popular, aggressive pad with strong initial bite and high torque. In addition to the track-day environment, RS14 has shown success in short- to medium-distance circuit racing as well as gravel and tarmac rallying.
RS 42 Compound:

RS 42 is a low metallic resin bonded material containing steel and aramid fibers. The characteristics make this material appropriate for small formula cars. Pagid RS 42 is regarded as a classic rally racing brake pad compound, as well as being very popular in small formula and touring cars.
Pagid RST 3 Compound:

RST 3 is a medium-high friction metal-ceramic compound containing steel fibers and is therefore the perfect complement of the RST product family. It captivates by its low heat conductivity. Rally tarmac and gravel, GT cars, touring cars and prototype circuit racing, formula cars and club racing. Wide range of applications due to it‘s combination of bite, friction and controllability.