TRP Range Guide 2023

TRP DISC BRAKE ROTORS FMVSS 121 TEST TEST PARAMETERS The test was performed by Link Manufacturing, an independent testing facility based in the US. The FMVSS 121 test was performed to Gross Axle Weight Rating (GAWR) 26,000 lb ensuring that the rotor was tested to the most extreme application possible. TRP®Rotor tested TRPDR006 - SUITS SAF INTRADISC 377MM 10 STUD, 285 PCD Tested to 26,000 lb Gross Axle Weight (Heavy duty application) Disc Pad used was TRP®Disc Pad 1536935 (HD Pad) Air Chamber – Type 24” 0.6 TEST PARAMETERS The test was performed by Link Manufacturing, an independent testing facility based in the US. The FMVSS 121 test was performed to Gross Axle Weight Rating (GAWR) 26,000 lb ensuring that the rotor was tested to the most extreme application possible. TRP®Rotor tested TRPDR006 - SUITS SAF INTRADISC 377MM 10 STUD, 285 PCD Tested to 26,000 lb Gross Axle Weight (Heavy duty application) Disc Pad used was TRP®Disc Pad 1536935 (HD Pad) Air Chamber – Type 24” Testing TRP®rotors to the FMVSS 121 standard ensures that they’re put through standardised testing. It verifies that the rotors can dissipate heat efficiently within a set criteria. Australian and New Zealand vehicle standards are for the fully dressed axle, so it is important that we use a recognised standard like FMVSS 121 to test the performance of the rotor. WHAT IS FMVSS 121 STANDARD? FMVSS 121 stands for Federal Motor Vehicle Safety Standard 121 and tests whether a given rotor has sufficient heat dissipation characteristics to pass the set test requirements. TRUSTED . RELIABLE . PROVEN BRAKE SYSTEMS / DISC BRAKE ROTORS WHY TEST TO FMVSS 121 STANDARD? Testing TRP®rotors to the FMVSS 121 standard ensures that they’re put through standardised testing. It verifies that the rotors can dissipate heat efficiently within a set criteria. Australian and New Zealand vehicle standards are for the fully dressed axle, so it is important that we use a recognised standard like FMVSS 121 to test the performance of the rotor. PREMIUM LINING (23K) COMPARISON Min FMVSS TRP RETARDATION FORCE More force is better: A greater force applies more friction in order to decelerate FMVSS 121 TEST RETARDATION FORCE More force is better: A greater force applies more friction in order to decelerate 0.6 0.7 RETARDATION FORCE

Min Limit TRP OEM Aftermarket Competitor

0.5

0.5

RETARDATION FORCE More force is better: A greater force applies more friction in order to decelerate

0.4

0.4

0.3

0.6

Min FMVSS

TRP

0.3

0.5

0.2

0.4

0.1

0.2

0.3

0

0.2

20

30

40

50

60

70

80

0.1

AVERAGE LINE PRESSURE

0.1

0

0

TESTING PROCEDURE ▌ 7 stops made at 20, 30, 40, 50, 60, 70 and 80 PSI. ▌ Stops are made from 80 kph to 0 kph. ▌ Average torque is measured during each stop to calculate a retardation ratio which has to be above the legal limit at each pressure. TESTING PROCEDURE ▌ 7 stops made at 20, 30, 40, 50, 60, 70 and 80 PSI. ▌ Stops are made from 80 kph to 0 kph. ▌ Average torque is measured during each stop to calculate a retardation ratio which has to be above the legal limit at each pressure. 20 30 40 50 60 AVERAGE LINE PRESSURE TESTING PROCEDURE ▌ 7 stops made at 20 30 40 50 60 70 and 80 PSI. ▌ Stops are from 80 kph to 0 kph. 20 30 50 60 PSI

WHAT WE LEARN FROM THE TEST? 80 70 80

70

▌ The test confirms that TRP® Rotors are able to perform with

WHAT WE LEARN FROM THE TEST?

the pads to create sufficient friction through all of the air chamber pressure ranges in the test parameters.

▌ The test confirms that TRP® Rotors are able to perform with WHAT WE LEARN FROM THE TEST? ▌ Confirms that TRP linings are able to create sufficient friction through all of the air chamber pressure ranges in the test parameters. the pads to create sufficient friction through all of the air chamber pressure ranges in the test parameters.

▌ Average torque is measured during the stop to calculate a retardation ratio that has to be above the legal limit at each pressure.

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