ENDLESS EP357MX72 Гальмівні колодки перед SUBARU STI, MITSUBISHI EVO, MEGANE RS250, ASTRA J OPC Photo-0
ENDLESS EP357MX72 Гальмівні колодки перед SUBARU STI, MITSUBISHI EVO, MEGANE RS250, ASTRA J OPC Photo-1
ENDLESS EP357MX72 Гальмівні колодки перед SUBARU STI, MITSUBISHI EVO, MEGANE RS250, ASTRA J OPC Photo-2

ENDLESS

ENDLESS EP357MX72 Front Brake Pads MX72 Compound for SUBARU WRX STI (VAB) / MITSUBISHI EVO X / HONDA Civic Type-R (FL5 / FK8)

Sale price₴22,015.00

Shipping calculated at checkout

P/N: EP357MX72
Available for order at Partners Worldwide Usually ready in 1-2 weeks updated 02.01.2026
Quantity:

This item is considered special order and is not available for immediate pickup or dispatch. Price and ETA may vary. Please note that no returns, cancellations, or refunds allowed on special orders.

Pickup available at ATOMIC-SHOP UA Usually ready in 1 hour

ENDLESS EP357MX72 Front Brake Pads MX72 Compound for SUBARU WRX STI (VAB) / MITSUBISHI EVO X / HONDA Civic Type-R (FL5 / FK8)

ATOMIC-SHOP UA

Pickup available, usually ready in 1 hour

вул. Набережно-Лугова, 29
Київ
02000
Ukraine

+380444681611

Description ENDLESS EP357MX72 Front Brake Pads MX72 Compound for SUBARU WRX STI (VAB) / MITSUBISHI EVO X / HONDA Civic Type-R (FL5 / FK8)

MX72 is a ceramic-carbon-metallic brake pad compound developed for high-performance street use, engineered to operate reliably under extreme speeds and power levels. Designed as an advanced street compound, it incorporates extensive material technology to meet the demands of powerful road vehicles. The compound is suitable for braking systems with or without ABS and EPS, ensuring consistent compatibility across modern performance platforms.

With high heat resistance, MX72 can also be used for occasional circuit driving such as sports car club race days, eliminating the need to change brake pads for track events. Initial bite and brake response remain strong even at very high speeds of 250–300 km/h, while pedal feel and brake balance stay stable and predictable across varying operating conditions.

  • Ceramic-carbon-metallic compound for high-performance street applications
  • Compatible with braking systems with or without ABS and EPS
  • High heat resistance suitable for occasional circuit use
  • Strong initial bite and consistent response at very high speeds
  • Stable pedal feel and balanced braking characteristics

Specifications:

  • Friction Coefficient: 0.37–0.47 μ
  • Operating Temperature Range: 50–700 °C
  • Pad Width: 131.7 mm
  • Pad Height: 77.3 mm
  • Pad Thickness: 15.0 mm