Запчасти тормозной системы45 предложений для BMW M2 2017 — 2021, F87 Рестайлинг на Ближнем Востоке (GCC)

Superior Pad & Rotor wear Consistent medium-to-high friction Specific emphasis on modulation, release and pedal communication Ideal for light-to-medium weight vehicles in HPDE, Track Day events, Time Trials, or Endurance Racing Higher coefficient of friction than competing endurance pa

MA45B offers excellent heat resistance and wear. Originally developed for endurance racing due to its excellent wear , offers low to mid range friction, excellent modulation and flat across the temperature ranges regardless of speed and temperature. Currently being used worldwide as the go

ENDLESS is always working on research and development aiming to improve performance. The lamination sintered wire mesh back plates and sintered compound brake pads which were created through this research and development are currently being tested by top teams in each category for further

Iron rotors replace the factory carbon ceramic rotors with no modifications necessary. Strongly suggest changing the pads at the same time to a material designed to work with iron rotors. The central hat section of rotor is made from strictly U.S. sourced 6061-T6 aircraft specification alu

The Girodisc system is a direct replacement for the OE disc, no modifications are necessary. The disc will bolt directly to the car and work with OE calipers perfectly. By upgrading your brakes with lightweight high performance replacements as opposed to a big brake kit, your factory bias

Our replacement rings are sold in pairs and include replacement hardware. The only parts you will reuse are your existing GiroDisc hats. Specifications: Disc Finish: Straight Slotted Disc Vane Style: Curved Vane Material: Cast Iron Disc Type: Vented Disc Diameter (mm): 380 Min Thickness (m

Our replacement rings are sold in pairs and include replacement hardware. The only parts you will reuse are your existing GiroDisc hats. Specifications: Disc Finish: Straight Slotted Disc Vane Style: Curved Vane Material: Cast Iron Disc Type: Vented Disc Diameter (mm): 370 Max Thickness (m

PAGID T8195SP2001 Rear Brake Pads for BMW M2 (F87) / M3 (F80) / M4 (82 / F83) (STREET+) STREET+ by PAGID Racing friction compound embodies decades of racing experience into a global product, street legal and compliant with latest environmental requirements. In combination with anti-noise s

PAGID T8194SP2001 Front Brake Pads STREET+ for BMW M2 (F87) / M3 (F80) / M4 (F82 / F83) The PAGID T8194SP2001 STREET+ front brake pads are engineered for high-performance street driving and entry-level track use on BMW M2 (F87), M3 (F80), and M4 (F82 / F83) platforms. Drawing from PAGID Ra

ST43 compound is one of the best high energy input racing materials available. Maintains high MU level at extremely high temperatures without sacrificing good wear on both pad and rotor. Needs some heat to work well.

Our replacement rings are sold in pairs and include replacement hardware. The only parts you will reuse are your existing GiroDisc hats. Specifications: Disc Finish: Straight Slotted Disc Vane Style: Curved Vane Material: Cast Iron Disc Type: Vented Disc Diameter (mm): 400 Min Thickness (m

PFC 380.28.0053.461 Replacement Rear Right Brake Rotor V3 380x28 mm for BMW M2 Competition (F87) / M3 (F80) / M4 (F82) The PFC V3 braking system introduces a patented retention ring solution that connects the disc to the central hat, which mounts directly to the vehicle hub. This advanced

Best-in-Class performance thanks to an extended brake pad change window with less pedal force for enhanced brake efficiency, whatever the track and weather condition to successfully compete in GT/TCR classes around the globe. New copper- & antimony-free compound Offers reliant high lev

FERODO FCP4611H Front Brake Pads DS2500 for BMW M2 (F87) / M3 (F80) / M4 (F82 / F83) Ferodo DS2500 brake pads combine road-style modulation with a race-grade compound engineered to withstand intense thermal conditions while maintaining pad life and friction performance. Race-grade compound

FERODO FCP4663G Rear Brake Pads DS3.12 for BMW M2 (F87) / M3 (F80) / M4 (F82) Ferodo DS3.12 brake pads are engineered for high-demand track applications, offering a high friction coefficient and strong initial bite. Compatible with ABS systems, this compound is recommended for use on large

FERODO FCP4663H Rear Brake Pads DS2500 for BMW M2 (F87) / M3 (F80) / M4 (F82) Ferodo DS2500 brake pads combine road-style modulation with a race-grade compound engineered to withstand intense thermal conditions while maintaining pad life and friction performance. Race-grade compound delive

FERODO FDS4489 Front Brake Pads DS Performance for BMW M2 (F87) Ferodo DS PERFORMANCE brake pads are designed for fast road use, offering strong braking performance with excellent disc life and consistent pedal feel. With a high average friction coefficient and low heat transfer to the cal

FERODO FCP4489H Front Brake Pads DS2500 for BMW M2 (F87) Ferodo DS2500 brake pads combine road-style modulation with a race-grade compound engineered to withstand intense thermal conditions while maintaining pad life and friction performance. Race-grade compound delivering refined road bra

ENDLESS EIP238ME22 Front Brake Pads ME22 for BMW M2 Competition (F87) / M5 (F10) / M6 (F12 / F13) The ENDLESS EIP238ME22 front brake pads utilize the ME22 compound, an enhanced evolution of the ME20 formula, offering improved disc lubrication and reduced thermal buildup under repeated brak

ENDLESS EIP224ME22 Rear Brake Pads ME22 for BMW M2 (F87) / M3 (F80) / M4 (F82) The ENDLESS EIP224ME22 rear brake pads are engineered for high-performance use in motorsport environments, specifically suited for BMW M2 (F87), M3 (F80), and M4 (F82) models. Utilizing a semi-metallic compound

ENDLESS EIP206ME22 Front Brake Pads ME22 for BMW M2 (F87) / M3 (F80) / M4 (F82) The ENDLESS EIP206ME22 front brake pads feature the advanced ME22 compound, developed as an evolution of the well-established ME20 formulation. Designed for high-performance applications including racing and st