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Porsche 911, Carrera, GT2, GT3, Turbo, Boxter S, Cayman, Pagid 2405 RSL1

Price: $438.87
SKU: Pagid_2405_RSL1
Brand: Pagid
Porsche 911, Carrera, GT2, GT3, Turbo, Boxter S, Cayman, Pagid 2405 RSL1
Porsche 911, Carrera, GT2, GT3, Turbo, Boxter S, Cayman, Pagid 2405 RSL1
MakeModelSubModelNoteYear
PORSCHE991911 CARRERA GTS3.8 Liter, Rear2013-2015
PORSCHE9963.6 Liter, Front1997-2005
PORSCHE996911 CARRERA3.4C Cup, Rear1997-2001
PORSCHE996911 CARRERA3.4C, Front1997-2005
PORSCHE996911 CARRERA 4S3.6 Liter, Rear2003-2005
PORSCHE996911 GT2Rear2002-2005
PORSCHE996911 GT3Rear1999-2005
PORSCHE996911 GT3 CUPRear2002-2005
PORSCHE996911 GT3 RSStreet Car, Rear2003-2005
PORSCHE996911 TURBORear1999-2005
PORSCHE997911 CARRERA3.6 C, Front2005-2009
PORSCHE997911 CARRERA 43.6 Liter, Front2005-2009
PORSCHE997911 CARRERA 4S3.8 Liter, Rear2005-2012
PORSCHE997911 CARRERA GTS3.8 Liter, Rear2009-2011
PORSCHE997911 CARRERA S3.8 Liter, Rear2005-2012
PORSCHEBOXSTER987, Ceramic Brakes, Rear2005-2012
PORSCHEBOXSTERS986, Front1999-2005
PORSCHEBOXSTERS987, Front2005-2012
PORSCHECAYMANCeramic Brakes, Rear2006-2012
PORSCHECAYMANFront2009-2012
PORSCHECAYMANRNon Ceramic, Front2010-2015
PORSCHECAYMANSCeramic Brakes, Rear2013-2013
PORSCHECAYMANSFront2006-2012
Pagid_2405_RSL1

Pagid Racing RSL compounds are developed to comply with the latest requirements in endurance racing and meet or surpass all current ecological standards of the automotive industry.

Application Range: RSL1 - Used in GT cars, Touring cars and prototype endurance racing. Due to the high friction and good modulation, often used in sprint races as well. Good thermal stability with excellent pad wear, disc life. Less aggressive than the RST compound resulting in good brake balance, modulation and consistency of friction under endurance conditions. Low pedal effort, slightly progressive in stopping behavior but still good modulation.

Description: RSL 1 is a low metallic resin bonded material containing steel and acrylic fibers. It maintains a constant friction level over a wide range of temperatures. Its low wear rate and disc friendliness makes this material appropriate for endurance races.
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