iSWEEP  |  SKU: IS1500-1481

iSWEEP Brake Pad〔Rear〕1481

¥18,700
Tax included

"iSWEEP" has developed seven types of friction materials according to the purpose of use in order to realize brake pads that can respond to various driving situations and needs. This is because the "characteristics" required for brakes vary depending on the user, and ideal braking cannot be achieved unless it matches the image and purpose of braking. If a wide range of uses is set, the characteristics become unclear and it becomes difficult to meet the high demands of users, such as reducing brake effectiveness in exchange for suppressing brake dust and brake squeal, or causing fade phenomena during sports driving. "iSWEEP" meets the expectations of users who pursue high ideals in brake pads.

◾️Brake Pad Fitment Information

The correct brake pad part number may vary depending on the vehicle's trim level or factory options. Please select your vehicle manufacturer from the "Brake Pad Compatible Vehicle List" to verify compatibility. Alternatively, you can send us your Vehicle Identification Number (VIN) using the request form, and we'll help you find the correct part number.

◾️How to Purchase in North America

This product cannot be sold directly from Japan to customers in North America. Please purchase it from our authorized distributors listed on the following website.





Frictional material designed to best suit the user’s needs.

The essential part of brake pad development is choosing the right frictional material in order to exhibit the ideal brake characteristics to suit its targeted usage. While improvements in brake dust reduction and noise suppression are important, they cannot compensate for a lack of fade resistance compared to OEM brake pads, as this would compromise safety. Moreover, a fine balance of braking properties become crucial, such as initial bite feel and controllability under varying pedal force. Typically, advanced drivers tend to request for a brake pad with increased linear braking characteristic with high fade resistance. Seven varying frictional levels and characteristics have been developed to suit a wide array of user needs. These brake pads have undergone rigorous testing such as long-term street testing and countless data logging from circuit use to bring to you the most ideal iSWEEP brake pad.

IS1500

IS1500

for STREET USER
  • Decreased brake dust compared to stock factory OEM brake pads.
  • Decreased brake squeal compared to stock factory pads.
  • Increase of 10-20% more effectiveness under normal city driving conditions.
  • Improved initial bite and braking control compared to factory OEM pads.
USEHigh Performance Street
MaterialNon-Steel
Temperature RangeAmbient~842℉
Coefficient
(Ambient~752℉)
0.35~0.38
Coefficient
(752℉~1,292℉)
0.28~0.30
IS2000

IS2000

for STREET / SPORTS USER
  • Versatile brake pad for aggressive street and winding roads.
  • Quick reaction to brake pedal input and excellent control of applied force.
  • Controlled linear characteristics and stable operation with no sudden or abrupt bite.
USEWinding Roads
MaterialNon-Steel
Temperature RangeAmbient~1,022℉
Coefficient
(Ambient~752℉)
0.40~0.42
Coefficient
(752℉~1,292℉)
0.35~0.38
IS2500

IS2500

for SPORTS USER
  • Designed for users needing superior braking control on the short circuit.
  • Specifically chosen pad material for ease of use on the winding roads.
  • Control oriented linear characteristics with minimal initial bite.
  • Formation of protective frictional layer on the brake rotor surface ensuring consistent and stable braking.
USEWinding Roads
Mini-Circuit
MaterialLow-Steel
Temperature RangeAmbient~1,112℉
Coefficient
(Ambient~752℉)
0.42~0.45
Coefficient
(752℉~1,292℉)
0.37~0.40
IS3000

IS3000

for SPORTS / CIRCUIT USER
  • Optimized for excellent initial response and high temperature compliancy.
  • Great match with high-grip radial tires or “S” tires on the race track.
  • Outstanding braking control during high-speed spirited driving.
  • Formation of protective frictional layer on the brake rotor surface ensuring consistent and stable braking.
USEWinding Roads
Mini-Circuit走行
MaterialLow-Steel
Temperature RangeAmbient~1,292℉
Coefficient
(Ambient~752℉)
0.43~0.45
Coefficient
(752℉~1,292℉)
0.42~0.45
IS3500

IS3500

for CIRCUIT / RACE USER
  • Great match with “S” tires for motorsports.
  • Consistent and stable character during extended racing periods.
  • Proven stable performance at extreme high temperatures.
USEMini-Circuit
Full-Cicuit
MaterialHigh-Steel
Temperature Range392℉~1,382℉
Coefficient
(Ambient~752℉)
0.33~0.35
Coefficient
(752℉~1,292℉)
0.45~0.47
IS4000

IS4000

for RACE USER
  • Excellent effectiveness for sprint racing.
  • For motorsport use only.
  • High coefficient of friction throughout its respective temperature spectrum.
USETime Attack
Full Race
MaterialHigh-Steel
Temperature Range212℉~1,562℉
Coefficient
(Ambient~752℉)
0.47~0.49
Coefficient
(752℉~1,292℉)
0.49~0.51
Endurance

Endurance

for ENDURANCE RACE USER
  • Designed for hard endurance racing lasting 3〜4 hours.
  • Maintains stable braking performance during long hour endurance racing.
  • Exceptional pad wear resistance.
USEEndurance Racing
MaterialHigh-Steel
Temperature Range572℉~1,382℉
Coefficient
(Ambient~752℉)
0.35~0.38
Coefficient
(752℉~1,292℉)
0.43~0.45
MAKE MODEL ENGINE YEAR ENGINE MODEL
MINI F55 One (LCI2) 2021.05- XU15MW
MINI F55 Cooper (LCI2) 2021.05- XU15MW
MINI F55 Cooper D (LCI2) 2021.05- XV15MW
MINI F55 Cooper S (LCI2) 2021.05- XU20MW
MINI F55 Cooper SD (LCI2) 2021.05- XT20MW
MINI F56 One (LCI2) 2021.05- XR15MW
MINI F56 Cooper (LCI2) 2021.05- XR15MW
MINI F56 Cooper D (LCI2) 2021.05- XY15MW
MINI F56 Cooper S (LCI2) 2021.05- XR20MW
MINI F56 JCW (LCI2) 2021.05- XRJCWMW
MINI F57 Cooper (LCI2) 2021.05- WJ15MW
MINI F57 Cooper S (LCI2) 2021.05- WJ20MW
MINI F57 JCW (LCI2) 2021.05- WJJCWMW
MINI F54 One 2016.04- LN15
MINI F54 One (LCI) 2019.10- LV15M
MINI F54 Cooper 2015.10- LN15
MINI F54 Cooper (LCI) 2019.10- LV15M
MINI F54 Cooper D 2016.04-2019 LR20
MINI F54 Cooper D (LCI) 2019-2020 LR20
MINI F54 Cooper D (LCI) 2020.4- BB20M
MINI F54 Cooper S 2015.10- LN20
MINI F54 Cooper S (LCI) 2019.10- LV20M
MINI F54 Cooper SD 2016.04- LR20
MINI F54 Cooper SD (LCI) 2020.4- BB20M
MINI F54 Cooper S ALL4 2015.10- LN20
MINI F54 Cooper S ALL4 (LCI) 2019.10- LV20M
MINI F54 JCW 2017.04- LVJCW
MINI F60 One 2017.02- YS15/YW15
MINI F60 Cooper 2018.06- YS15/YW15
MINI F60 Cooper D 2017.02- YT20
MINI F60 Cooper D (LCI) 2020.09- 42BT20
MINI F60 Cooper D ALL4 2017.02- YT20
MINI F60 Cooper D ALL4 (LCI) 2020.09- 42BT20
MINI F60 Cooper S 2018.06- YS20/YW20
MINI F60 Cooper SD ALL4 2017.02- YT20
MINI F60 Cooper SD ALL4 (LCI) 2020.09- 42BT20
MINI F60 Cooper SE ALL4 2017.02- YU15/YU15T
MINI F60 Cooper SE ALL4 (LCI) 2020.09- 22BS15
MINI F60 JCW 2017.05- YS20
MINI F66 Cooper C 2024- 12GD15
MINI F66 Cooper S 2024- 22GD20
MINI F66 JCW 2025- 32GD20
MINI F65 Cooper C 2024- 42GD15
MINI F65 Cooper S 2024- 52GD20
MINI F67 Cooper C 2024- 12GX20
MINI F67 Cooper S 2024- 22GX20
MINI F67 JCW 2024- 32GX20
BMW F39 X2 sDrive 18i / xDrive 18d 2018.04- YH15/YK20
BMW F39 X2 xDrive 20i 2018.04- YH20
BMW F40 118i / 118d 2019.11- 7K15/7M20
BMW F44 218i / 218d Gran Coupe 2019.10- 7K15/7M20
BMW F45 218i Active Tourer 2014.10-2016.07 2A15
BMW F45 218i Active Tourer 2016.07-2018.06 2A15
BMW F45 218i Active Tourer 2018.06- 6S15/6S15W
BMW F45 218d Active Tourer 2015.05-2021.03 2C20
BMW F45 218d Active Tourer 2021.04- 6T20
BMW F45 218d xDrive Active Tourer 2017.01-2021.03 2C20
BMW F45 218d xDrive Active Tourer 2021.04- 6T20
BMW F45 225i xDrive Active Tourer 2014.10-2018.06 2A20
BMW F45 225xe Active Tourer 2016.01- 2C15
BMW F46 218i Gran Tourer 2015.06- 2D15/6V15/6V15W
BMW F46 218d / 218d xDrive Gran Tourer 2015.06- 2E20/6W20
BMW F46 220i Gran Tourer 2015.06- 2D20/6V20
BMW F48 X1 sDrive 18i 2015.10- HS15/JG15/AA15
BMW F48 X1 xDrive 18d 2016.10- HT20/AD20
BMW F48 25i BMW_F48 25i 2015.10- HS20/JG20
BMW I01 i3 / i3 Range Extender 2014.04- 1Z00/1Z06/8P00/8P06