AIRTEC Motorsport Intercooler Upgrade for Mondeo Mk3 2.0 / 2.2 Turbo Diesel

AIRTEC Motorsport Intercooler Upgrade for Mondeo Mk3 2.0 / 2.2 Turbo Diesel

Unlock the full potential of your Ford Mondeo Mk3 with the AIRTEC Motorsport front mount intercooler upgrade. Designed for the 2.0 and 2.2 turbo diesel engines, this high-performance intercooler delivers proven power gains, reduced intake air temperatures, and improved reliability under load.

The latest AIRTEC design features a high-flow 60mm bar-and-plate core paired with angled end tanks for maximum airflow. This results in increased horsepower and torque while keeping charge air temperatures significantly lower than the restrictive factory intercooler.

Tested Performance:

• Independent rolling road testing at AmD Motorsport showed +5.2 bhp and an impressive +31.5 lb-ft torque gain on a standard Mondeo diesel.

• On a modified Mondeo with free-flow exhaust, decat, panel filter, and custom remap, figures climbed to 208 bhp and 441 lb-ft torque with this AIRTEC intercooler.

• Intake temperature testing confirmed the upgrade’s efficiency. A stock intercooler saw charge temps rise to 55–60°C, while the AIRTEC upgrade kept them stable at just 15°C, even under heavy load.

Real-world feedback:
David at Street Performance reported:
“Without a map the car made 173 bhp instead of 155 bhp. With mapping, it rose to 208 bhp with smooth power delivery. With further fine-tuning, we expect over 220+ bhp and torque to rival ST220/ST225 performance, all while achieving 40–50 mpg.”

Key Benefits:

• Direct fit with full brackets and fittings included.

• Faster spool, better throttle response, and reduced heat soak.

• Supports both standard and heavily modified setups.

• Reliable performance for daily driving, spirited use, and track conditions.

Dimensions:

• Height: 350mm

• Width: 685mm

• Depth: 60mm

AIRTEC Part No: ATINTFO14

The AIRTEC Motorsport intercooler is the perfect upgrade for Mondeo Mk3 owners who want to maximise performance, improve efficiency, and protect their engine under demanding conditions.