O-Brake Brake Discs

Replacement for CERAMIC Discs - DRILLED
Made of HTCIC (High-Tech-Cast Iron-Carbon)



Characteristics "Drilled":

Drilled brake discs lead off the emerging braking heat faster than undrilled discs because of the high ventilation at the bigger radiation surface.

The original brake discs are replaced with the "o-brake.com" HTCIC high performance brake discs by easy "plug and play" mounting, which we are happy to offer and is available at any specialist workshop. Compared to the conventional gray cast iron brake discs, the highly durable HTCIC (High Tech Cast Iron Carbon) material is revolutionary, even ceramic brake discs are outperformed (responding qualities are present in both cold and hot condition). Further essential advantages are: Extremely high fading level, highest thermal stability possible, precise modulation as well as an affordable price. All our high performance brake parts are compatible with your car's safety features such as ABS, ESP, PSM, etc.

Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.

2103121

The product you are viewing cross references to these numbers

Replacement for CERAMIC Discs - WET
Made of HTCIC (High-Tech-Cast Iron-Carbon)



Characteristics "WET":

Profiled brake discs disperse the water film from the brake disc surface within fractions of a second and provide a very short response time also in case of pouring rain.

Delivery period: approx. 20 working days

The original brake discs are replaced with the "o-brake.com" HTCIC high performance brake discs by easy "plug and play" mounting, which we are happy to offer and is available at any specialist workshop. Compared to the conventional gray cast iron brake discs, the highly durable HTCIC (High Tech Cast Iron Carbon) material is revolutionary, even ceramic brake discs are outperformed (responding qualities are present in both cold and hot condition). Further essential advantages are: Extremely high fading level, highest thermal stability possible, precise modulation as well as an affordable price. All our high performance brake parts are compatible with your car's safety features such as ABS, ESP, PSM, etc.

Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.

2103122

The product you are viewing cross references to these numbers

Replacement for CERAMIC Discs - WAVE
Made of HTCIC (High-Tech-Cast Iron-Carbon)



Characteristics "WAVE":

Lowest weight and maximum deceleration values because of biggest radiation surface and also optimum brake pad cleaning milling (ursprünglich: vent) make this disc a vantage for motorsport use with varying conditions.

Delivery period: approx. 20 working days

The original brake discs are replaced with the "o-brake.com" HTCIC high performance brake discs by easy "plug and play" mounting, which we are happy to offer and is available at any specialist workshop. Compared to the conventional gray cast iron brake discs, the highly durable HTCIC (High Tech Cast Iron Carbon) material is revolutionary, even ceramic brake discs are outperformed (responding qualities are present in both cold and hot condition). Further essential advantages are: Extremely high fading level, highest thermal stability possible, precise modulation as well as an affordable price. All our high performance brake parts are compatible with your car's safety features such as ABS, ESP, PSM, etc.

Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.

2103123

The product you are viewing cross references to these numbers

Sport brake pad set (FRONT + REAR), type black street / sport



Fits:
Porsche 996 GT2


This kit consists of the following parts:

• for the front axle: Brake pads type HTCIC-black street / sport front axle
• for the rear axle: Brake pads type HTCIC-black street / sport rear axle


We recommend the brake pads type street / sport for sporty street use - also under the (German) road traffic act. They have a material mixture making them suitable for best cold brake response up to short-time high top temperatures.

Further advantages:

- Low-noise braking
- Good modulation
- Long-lasting and disc-preserving
- Suitable for all-round use
- Intermediate deceleration values
- Low heat conductivity

Related reference numbers
Related, superseded, cross reference or alternative numbers for comparison.

2103B2870

The product you are viewing cross references to these numbers