null

Ramair Performance Foam Cold Air Intake Kit for 2.3 Ecoboost MK3 Ford Focus RS - Red JSK-118-RD

$464.21
$403.66
(You save $60.55 )
SKU:
JSK-118-RD
Weight:
20.00 LBS
Shipping:
Calculated at Checkout

Description

Unleash the true performance of your Ford Focus RS MK3 2.3L EcoBoost with this Ramair Performance Foam Cold Air Intake Kit, designed for maximum airflow, improved throttle response, and enhanced turbo induction sound. This system features a high-flow Ramair foam cone filter, powder-coated heat shield, and a bold red silicone coupler for a stylish and functional engine bay upgrade.

Ideal for performance enthusiasts looking for more power and a more engaging driving experience.


Key Features

  • Increased airflow for improved performance and throttle response

  • Aggressive turbo and induction sound for a sportier driving feel

  • Durable foam air filter – ideal for performance and longevity

  • Red high-temp silicone couplers add a bold aesthetic touch

  • Black powder-coated aluminum intake pipe and heat shield

  • Heat shield directs cool air from the factory ducting to the filter

  • Simple installation using full fitting kit and OEM mounting points

  • Serviceable filter – clean and reuse using CK-003 cleaning kit


What’s Included

  • Ramair performance foam cone air filter

  • Red silicone couplers

  • Black powder-coated aluminum intake pipe

  • Black laser-cut heat shield

  • Full hardware & fitting kit (clamps, brackets, bolts, etc.)

  • Detailed step-by-step installation instructions


Performance Benefits

This intake kit replaces the restrictive factory airbox with a free-flowing cone filter and large-diameter piping to allow more air into the turbocharger. As a result, drivers can expect sharper throttle response, increased performance potential, and a more aggressive induction sound under acceleration.


Vehicle Compatibility

Ford Focus RS MK3 – 2.3L EcoBoost AWD

  • 2015 Ford Focus RS

  • 2016 Ford Focus RS

  • 2017 Ford Focus RS

Not compatible with Focus ST or non-RS models.