AWE Tuning 2018 - 2024 Audi SQ5 B9 3.0T ColdFront Intercooler

Cool to the core. Presenting the AWE ColdFront™ Intercooler for the Audi B9 SQ5 3.0T.

AWE ColdFront™ Intercooler Features:

• 130% increase in frontal surface area over stock
• 83% increase in volume over stock
• Fits securely behind the stock crash bar, pure bolt-on
• All aluminum construction for maximum heat transfer
• Efficient bar and plate core construction
• Cast aluminum end tanks with integrated internal baffling for even flow across core
• CAD designed and CFD tested to ensure optimized flow in and out of core
• TIG welded and pressure tested assembly before leaving our facility
• No effect on OE radiator or A/C systems
• Utilizes factory hoses and clamps
• Designed and assembled in-house at AWE
• Perfect fitment, guaranteed
• AWE No Check Engine Light Guarantee

The AWE ColdFront™ Intercooler

Cast aluminum end tanks with internal baffling and a robust bar/plate aluminum core for maximum heat transfer render a 130% increase in frontal surface area and a massive 83% increase in volume over the factory B9 SQ5 intercooler.

Regardless if your vehicle is producing higher-than-stock boost levels, or you’re keeping it within factory spec, the ColdFront™ Intercooler solves any potential heat-related issues. By keeping intake air temperature low, and pressure drop at a minimum, engine output remains consistent even when outside temperatures rise. The ColdFront™ will provide the safety margin needed in order for you to push the limit with confidence.

Important fitment notes

There is no cutting required when installing this intercooler. The ColdFront™ Intercooler reuses the factory intercooler hoses and clamps.

What’s in the box?

Complete AWE ColdFront™ Intercooler with all necessary hardware required for proper installation.

AWE B9 Audi SQ5 3.0T ColdFront™ Intercooler Dyno Test

Below are comparison dyno tests as performed on our Mustang MD-500-SE AWD dyno.

0-140mph IAT test for the AWE B9 Audi SQ5 3.0T ColdFront™ Intercooler (as tested on our B9 S4)