null

Infinity Design BMW F10 M5 | F12 M6 Carbon Turbo Inlets

$695.00
Weight:
9.00 LBS
Shipping:
Calculated at Checkout

Description

The Infinity Design BMW F10 M5 | F12 M6 Carbon Turbo Inlets are high-performance, precision-engineered components designed to enhance airflow, throttle response, and turbo efficiency for S63-powered BMWs. Constructed from 100% pre-preg carbon fibre, these turbo inlets replace the restrictive OEM units with a smooth, progressively expanding airflow path, reducing turbulence and enabling faster turbo spool without requiring ECU tuning.

Fitment:

  • BMW F10 M5 (2012–2016)
  • BMW F12 M6 (2012–2016)

Performance Benefits:

  • +12–16 HP with improved turbo response
  • Faster turbo spool for smoother high-RPM performance
  • Enhanced throttle response and drivability across all gears
  • Optimized airflow for more efficient and consistent turbo operation
  • Suitable for both stock and tuned vehicles

Design Features:

  • Fully redesigned carbon turbo inlets for superior airflow compared to OEM design
  • Smooth, progressively increasing air velocity along the inlet path
  • Reduces turbulence and maximizes airflow into the turbo
  • Proven performance on some of the most powerful S63-powered vehicles
  • Stainless steel or OEM-style clamps ensure secure, direct-fit installation

Construction:

  • 100% pre-preg carbon fibre for lightweight strength, durability, and premium aesthetics
  • Available in gloss or matte carbon finish
  • OEM-style fitment allows for direct, bolt-on replacement

Performance Testing:

  • Real-world testing demonstrates immediate improvement in throttle response and turbo spool
  • Delivers smoother, more powerful driving experience without ECU modifications

What’s in the Box:

  • 2 x Carbon Turbo Inlets (Left & Right)

The Infinity Design BMW F10 M5 | F12 M6 Carbon Turbo Inlets provide a dyno-proven improvement in airflow and turbo efficiency, offering faster spool, enhanced throttle response, and a striking carbon fibre engine bay upgrade for the S63 platform.