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CSG Spec Motorsports Brake Pads
SPRINT
PRO-RACING COMPOUNDS
ENDURANCE
PRO-RACING COMPOUNDS
TRACK DAY
CLUB RACING COMPOUNDS
PERFORMANCE
DUAL PURPOSE COMPOUNDS
ABOUT
CSG Spec Sprint friction materials for sprint races provide excellent overall braking performance and initial response (or "bite") while maintaining pedal stroke stability, smooth brake release and fade resistance lap after lap.
CSG Spec Sprint brake pads are compatible with a wide range of tires (from sport tires to racing slicks), as well as OE or Motorsports ABS and Traction Control systems.
CSG Spec friction materials supplied for sprint races are developed to provide excellent overall braking performance (initial response or "bite") while maintaining pedal stroke stability, smooth brake release and fade resistance lap after lap.
Since sprint race distances are generally on the shorter side (1-4 hour races), the main emphasis is fade resistance with reasonable pad and disc wear rates.
Key development points also include ensuring that these friction materials are compatible with a wide range of tires (sport tires to racing slicks) and ABS or Traction Control ("TC") systems found on OE and motorsport applications.
A complete range of medium to higher friction materials ensures that the exact compounds can be selected depending on the specific customer, tire ranges, driver skill and platform balance needs.
C2
- Progressive, high friction profile
- Very strong bite, moderate wear
- Designed for high grip tires
Recommended for users of:
- Pagid RST2
- PFC13
- Ferodo DS1.11
- PMU 999
- Hawk DTC70
C1
- Progressive, medium-high friction
- Strong bite, moderate wear
- Works with wide range of grip levels
Recommended for users of:
- Pagid RST3
- Hawk DTC30
- PFC 01
- PFC 11
C21
- Digressive, high friction profile
- Very strong bite, moderate wear
- Designed for high grip tires
Recommended for users of:
- Pagid RST1 / RST3
- Ferodo DS1.11
- Hawk DTC70
- PFC 13
C11
- Linear, medium friction profile
- Designed for high grip tires
- Specific for rear axle
Recommended for users of:
- Hawk DTC60
- PFC 01
CSG Spec Endurance friction materials are developed to meet the wear resistance needs of customers that participate in longer race distances (10-25 hour races) or would like to get maximum life out of their brake pads.
Specifically chosen raw materials allows for lower compressibility, less heat generation into the brake system and maximum disc life.
CSG Spec Endurance materials are commonly used for sprint races as well due to their versatile nature and higher stopping power when compared to products from other competitors.
CSG Spec Endurance friction materials are developed to meet the wear resistance needs of customers that participate in longer race distances (10-25 hour races) or would like to get maximum life out of their brake pads.
These specific friction materials have low wear rates so that race teams do not have to perform unnecessary pad changes (which can cost them a race win). The result is also a better long term value due to lesser operating costs and number of pad sets purchased to finish a race or season.
Endurance type friction materials generally operate in a wider temperature range and are kinder to the brake system as well.
Raw materials are chosen specifically to offer lower compressibility, generate less heat into the brake system (calipers, seals, brake fluid), and offer maximum disc life. This is beneficial especially on OE brake systems where the pad thicknesses are generally very low (13-18 mm pads) and the brake discs do not have thermal capacity.
Depending on the application and intended use, CSG Spec Endurance materials are commonly used for sprint races as well due to their versatile nature and higher stopping power (compared to competitor brands) which gives drivers maximum braking confidence.
CE2
- Progressive, low-medium friction
- Medium bite, extremely low wear
- Works with wide range of grip levels
Recommended for users of:
- Pagid RSL
- Pagid RSL2
- PFC 08
CE1
- Digressive, low friction profile
- Low bite, low wear
- Specific for rear axle
Recommended for users of:
- Pagid RSL29
- Pagid RS4-4
Intuitive feel and excellent performance make CX compounds a great choice for circuit enthusiasts.
Unlike some competitors, CX brake pads do no have much of a learning curve thanks to their broad operating temperature range and consistent friction characteristics.
CSG Spec CX compounds are designed as an affordable solution for track days and club racing.
Unlike some competitors, CX brake pads do no have much of a learning curve thanks to their broad operating temperature range and consistent friction characteristics.
CX2 and CX1 are two complementary options for front or rear axles. The CX compound is designed exclusively for rear axle applications.
Intuitive feel and excellent performance make CX compounds a great choice for circuit enthusiasts.
CX2
- Wide operating temperature range
- Intuitive friction profile
- High fade resistance
Recommended for:
- Club Racing
- Track Days
- Timed Events
CX1
- Wide operating temperature range
- Intuitive friction profile
- High fade resistance
Recommended for:
- Club Racing
- Track Days
- Timed Events
CX
- High pedal stiffness and control
- Specific for rear axles
- Medium fade resistance
Recommended for:
- Club Racing
- Track Days
- Timed Events
CSG Spec Street friction materials for sprint races provide excellent overall braking performance and initial response (or "bite") while maintaining pedal stroke stability, smooth brake release and fade resistance lap after lap.
CSG Spec Street brake pads are compatible with a wide range of tires (from sport tires to racing slicks), as well as OE or Motorsports ABS and Traction Control systems.
The CP brake compound by CSG Spec is a premium performance solution for everyday road cars that can also withstand the requirements of track days and autocross with low levels of dust, noise and wear.
The CP material is very different from our line of pure motorsport sprint and endurance brake pads. It aims to being a capable track performer all while being easy to drive on the street and maintaining reasonably low levels of dusting, NVH (Noise, Vibration, and Harshness).
In addition to great "cold" stopping power, the CP brake pads offer a much higher fade resistance than other industry standard "dual-purpose" pads.
This material is our ideal offering to bridge the gap between a street performance pad and a pure motorsport or "Race" pad which generally should not be street driven (due to high noise, dust, rotor wear).
CP
- Versatile all-around solution
- Progressive, high friction profile
- Low dust and noise. Long life.
Recommended for users of:
- Ferodo DS2500
- PMU ClubRacer
Motorsports-grade Brake Pads
CSG Spec offers a line of sprint & endurance friction materials that offer peak brake performance, pedal stability, braking control, high fade resistance and low wear compared to competitor offerings in the market.
Through extensive development on multiple motorsport applications (GT Racing, Time Attack, HPDE, One make races, etc.), CSG Spec brake pads have been further developed to meet the specific demands of customers for whom "off the shelf" products had often proved inadequate.
Friction materials (brake pads) are easily one of the most critical and trivialized component of a brake system.
However, the constant evolution of overall car performance, increased use of in-car data acquisition and analysis systems, improved tire technology and chassis grip (aero, suspension upgrades, etc.) has greatly increased the overall demand on the OE or Performance braking systems.
The development of racing friction materials has now evolved as well to meet the growing technical demands of gentleman and professional racers in markets worldwide.
Over the years, CounterSpace Garage has placed a high emphasis on the overall testing of various friction materials with different applications since overall brake performance is a key development point for quicker lap times and car performance.
The collection of data has allowed CounterSpace Garage to give relevant developmental feedback to suppliers to develop more specialized friction materials.
These newer and more advanced friction materials are now supplied as "CSG SPEC" brake pads in various HPDE, Club and professional racing markets.
With extensive development on multiple motorsport applications (Examples: GT Racing, Time Attack, HPDE, One make races, etc.), CSG Spec brake pads have been further developed to meet the specific demands of customers where "off the shelf" products were often inadequate.
To ensure that CSG Spec products offered the most consistent performance for each application, a combination of lab and field testing was done to simulate the conditions seen in the real world.
The result is a line of sprint & endurance friction materials which offer peak brake performance, pedal stability, braking control, high fade resistance and low wear compared to competitor offerings in the market.
COMPOUND COMPARISON
FRICTION CHART
BRAKE DISC LIFE
BRAKE PAD LIFE
| Compound | Wear | Range | Pad Life | Rotor Life | Avg Friction | Ideal Temp Range | Axles | Tire Matching | |||
|---|---|---|---|---|---|---|---|---|---|---|---|
SPRINT
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.41 - 0.43 μ | 150 - 680 °C | FRONT & REAR |
|
|||
SPRINT
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.38 - 0.41 μ | 150 - 750 °C | FRONT & REAR |
|
|||
SPRINT
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.42 - 0.48 μ | 380 - 950 °C | FRONT ONLY |
|
|||
SPRINT
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.39 - 0.43 μ | 150 - 680 °C | REAR ONLY |
|
|||
ENDURANCE
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.32 - 0.35 μ | 200 - 900 °C | FRONT & REAR |
|
|||
ENDURANCE
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.23 - 0.29 μ | 100 - 650 °C | REAR ONLY |
|
|||
PERFORMANCE
|
Pad Life: ★★★★★ Rotor Life: ★★★★★ |
|
★★★★★ | ★★★★★ | 0.43 - 0.49 μ | 50 - 700 °C | FRONT & REAR |
|
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