CIRCO M207E Race Brake Pads AP GT3 BMW M6

Regular price $1,624.99

Seen this item cheaper somewhere else? Send us the link and we'll do our best to match or beat the price. We'll reply by email.

Product details
  • Vendor CIRCO Brakes
  • SKU MB2914-30-M207E

CIRCO M207E is a heavy-duty endurance compound developed from M207 for professional and long-distance racing, and this set suits the Bentley Continental, Chevrolet Corvette and Honda NSX. It keeps the consistent torque of M207 at a lower overall friction level, which suits races of 12 hours and longer. CIRCO quotes a friction coefficient of 0.42-0.49 across a 150-900°C operating range and pad wear of around 0.5mm per hour in full race conditions, with very low disc wear and no fade.

Features

  • Carbon metallic endurance compound derived from M207
  • Consistent torque at a lower friction level than M207
  • Around 0.5mm of pad wear per hour in full race conditions
  • Very low disc wear
  • No fade and very stable friction
  • Bedding-in instructions supplied

Specifications

  • Brand: CIRCO Brakes
  • Product Type: Brake Pads
  • Compound / Series: M207E
  • Intended Use: Race
  • Compound: Carbon metallic
  • Friction Coefficient: 0.42-0.49
  • Operating Temperature: 150-900°C
  • Pad Shape: MB2914
  • Pad Thickness: 30mm
  • Caliper: AP Racing CP6276 D62 30 mm
  • Sold As: One axle set (usually 4 pads)
  • Shims and Wear Sensors: Not always included
  • Cross Reference: Pagid 2017 30mm, Brembo B21 30mm, Ferodo FRP3150 30mm
  • Made In: Japan (ISO9001-certified plant)
  • Part Number: MB2914-30-M207E

Vehicle Compatibility: 4 applications across 3 makes. Select a make to view.

Bentley (1)
Model Variant Engine Years Notes
Continental GT3 2014-2017 race car
Chevrolet (2)
Model Variant Engine Years Notes
Corvette C7 GT3 2015-on Callaway race car
Corvette Callaway Z06.R GT3 2016-on race car
Honda (1)
Model Variant Engine Years Notes
NSX GT3 2017-on race car

Please confirm fitment against your vehicle before ordering. Contact us if you need help selecting the right part.