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SBD CCM Carbon Ceramic Conversion Brake Pads for 2021+ BMW M2 / M3 / M4 (G8X)

In stock
Regular price $599.95
Product INFO
  • Vendor Speed By Design
  • SKU SBD.43432-F
Position
In stock
Usually ships within 24 hours
VETERAN & FIRST RESPONDER DISCOUNT

Veterans, Active-Duty Military, First Responders Discount

FASTER SHIPPING

99% of orders leave the warehouse within 1-3 days of payment

EASY RETURN POLICY

Returns accepted within 30 days of purchase

Fits OE BMW calipers for iron rotor to CCM upgrade conversion (standard caliper for BMW M2, M3 & M4).

Application:

  • 2023+ G87 M2 w/ OEM iron rotors (M Compound Brakes)
  • 2021+ G80 M3, M3 Competition RWD, M3 xDrive Competition w/ OEM iron rotors
  • 2021+ G82/G83 M4, M4 Competition RWD, M4 xDrive Competition w/ OEM iron rotors

Does not fit vehicles with M Carbon Ceramic Brakes (2NK).

Our carbon-ceramic Street Series brake pads represent the forefront of high-performance braking technology. The precise integration of carbon-based structures with ceramic fibers, combined with advanced polymer binders, delivers an average friction coefficient of 0.45-0.48, superior fade resistance, and stable operation at temperatures exceeding 800C.

Material composition

  • DuPont Kevlar fiber — exceptional tensile strength and impact resistance; balances rigidity and elasticity for consistent friction.
  • Otsuka Chemical (Japan) potassium titanate — friction stability at high temperatures; reduces noise and vibration.
  • Morgan Advanced Materials ceramic fiber — heat resistance and insulation beyond 600C; disperses heat to prevent hot spots.
  • Sumitomo Chemical (Japan) phenolic resin — high-performance binder with excellent adhesion and thermal durability.
  • SGL Carbon (Germany) high-purity graphite & carbon — superior thermal conductivity, natural lubrication, lower dust.
  • Tokai Carbon (Japan) carbon materials — high-purity carbon powders and fibers for strength at extreme temperatures.

Key advantages

  • Stable friction coefficient (0.45-0.48) for predictable, linear braking response
  • Extreme heat resistance (800C+)
  • Outstanding fade resistance
  • Low dust & low corrosion
  • Quiet operation with reduced NVH
  • Extended durability and longer pad life