RP.06830.1 - Rotora Brake Pads - Ceramic


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Part #: RP.06830.1
Notes: Ceramic Brake Pads
Your Price: $86.00

All Fitments

BMW
Year Model SubModel Cylinders Liter Aspiration Eng Desg. Fuel Notes
2001 - 2006 330CI ALL ALL ALL ALL ALL ALL Position: Rear; E46
2001 - 2005 330I ALL ALL ALL ALL ALL ALL Position: Rear; E46
2001 - 2005 330XI ALL ALL ALL ALL ALL ALL Position: Rear; E46
2004 - 2005 525I ALL ALL ALL ALL ALL ALL Position: Rear; Auto Trans
2004 - 2005 525I ALL ALL ALL ALL ALL ALL Position: Rear; Manual Trans
2006 - 2007 525I ALL ALL ALL ALL ALL ALL Position: Rear
2004 - 2007 530I ALL ALL ALL ALL ALL ALL Position: Rear
1994 - 2001 740I ALL ALL ALL ALL ALL ALL Position: Rear; From 5/94 Production Date
1994 - 2001 740IL ALL ALL ALL ALL ALL ALL Position: Rear; From 5/94 Production Date
1995 - 2001 750IL ALL ALL ALL ALL ALL ALL Position: Rear
1994 - 1997 840CI ALL ALL ALL ALL ALL ALL Position: Rear
1993 - 1997 850CI ALL ALL ALL ALL ALL ALL Position: Rear; From 8/93 Production Date
1994 - 1995 850CSI ALL ALL ALL ALL ALL ALL Position: Rear
2001 - 2006 M3 ALL ALL ALL ALL ALL ALL Position: Rear; E46; Excl Competition Package
2006 - 2006 M3 ALL ALL ALL ALL ALL ALL Position: Rear; E46; w/ Competition Package
2000 - 2003 M5 ALL ALL ALL ALL ALL ALL Position: Rear
2004 - 2007 X3 ALL ALL ALL ALL ALL ALL Position: Rear
2000 - 2001 X5 ALL ALL ALL ALL ALL ALL Position: Rear
2002 - 2003 X5 3.0I ALL 3.0 ALL ALL ALL Position: Rear
2002 - 2003 X5 ALL V8 ALL ALL M62 ALL Position: Rear
2004 - 2004 X5 3.0I ALL 3.0 ALL M54 ALL Position: Rear
2005 - 2006 X5 3.0I
4.4I
L6
V8
3.0
4.4
N M54
N62
GAS Position: Rear
2005 - 2006 X5 4.8IS V8 ALL N N62B48 GAS Position: Rear
2003 - 2003 Z8 ALPINA ALL ALL ALL ALL ALL Position: Rear
LAND ROVER
Year Model SubModel Cylinders Liter Aspiration Eng Desg. Fuel Notes
2003 - 2005 RANGE ROVER ALL ALL ALL ALL ALL ALL Position: Rear
2003 - 2005 RANGE ROVER ALL ALL ALL ALL ALL ALL Position: Rear; HSE

Product Description

Rotora Ceramic-Carbon disc brake pads are the latest high performance street and race pads to be introduced into the aftermarket. Rotora has applied the same materials, engineering, and quality standards from the formulation used in its high performance brake systems to OEM vehicles with stock calipers. Designed for extreme street or track and hard braking applications, Rotora pads feature ceramic-carbon strengthened non-asbestos formula with a high co-efficient of friction and high temperature fade resistance with quick recovery to offer more consistent pedal feel for driver confidence. Rotora is constantly developing and refining new ceramic-carbon brake pad compounds and new variations will offer nothing but the very best in all aspects of brake controllability and reliability.

PAD TYPE: H2
COMPOUND: CERAMIC
DRIVE TYPE: STREET/LIGHT TRACK
DISC TEMPERATURE RANGE: 0-500 C/0-932 F
AVERAGE COEFFICIENT OF FRICTION: .25-.5

H2 high-ceramic pad offers a solid brake fade resistance to increase driver’s controllability. Whether weekend light track, drifting, or daily driving, Rotora’s ceramic formulated H2 pads accommodate all driving styles, track lengths and environmental conditions. The ideal pad for all-around performance, daily street, and track ready.

PAD TYPE: H6
COMPOUND: HIGH-CERAMIC
DRIVE TYPE: TRACK/RACE
DISC TEMPERATURE RANGE: 200-660 C/392-1220 F
AVERAGE COEFFICIENT OF FRICTION: .44-.55

Containing a higher ceramic strengthened formulation, the H6 high-ceramic pad delivers excellent initial bite and braking force under high brake disc temperatures. Recommended for track use, H6 high-ceramic achieves consistent brake pedal feel while maintaining stable co-efficient of friction. The ideal pad for winding/track.

PAD TYPE: H8
COMPOUND: CERAMIC-METALLIC
DRIVE TYPE: RACE/ENDURANCE
DISC TEMPERATURE RANGE: 300-800 C/572-1472 F
AVERAGE COEFFICIENT OF FRICTION: .5-.62

Top of Rotora’s ceramic pad range is the H8 ceramic-metallic, the road race-spec upgrade offering tremendous fade resistance and thermal stability under high brake disc temperatures. Recommended for serious racing, H8 ceramic-metallic pads produce high coefficient of friction thereby providing ultimate stopping power and excellent pedal feel response from the very start. With strong initial bite and consistent Mu level, this is the ideal pad for road racing/endurance/high circuit.

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