Technical DataFollowing an extensive development process, AIRTEC Motorsport are proud to launch our auxiliary radiator/turbo cooler kit aimed at FK2 Civic Type R owners who require the ultimate cooling package to maintain steady running temperatures on tra
Following an extensive development process, AIRTEC Motorsport are proud to launch our auxiliary radiator/turbo cooler kit aimed at FK2 Civic Type R owners who require the ultimate cooling package to maintain steady running temperatures on track or fast road use.
The ChallengeWhen modifying the FK2 Civic Type R to increase power and torque, an unavoidable by-product is the additional heat level thats transferred to the cars cooling system. During sustained hard use, this can become a substantial issue, as temperatures can increase enough to trigger the ECUs safety features, reducing torque or even putting the car into a limp mode.
The SolutionDeveloped in-house at AIRTEC HQ in the UK we designed an auxiliary radiator to help address the cooling issues when pushed hard. This additional radiator fits neatly behind the fog light (requires removal) and utilisesour bespoke CAD-modelled air ductto force cold air through the radiator. To create a flow path and further improve cooling, air then exits via the inner arch liner (requires cutting). A pre-cut mesh shield is supplied for both the front and rear to protect the radiator from road debris damage.
This radiator is plumbed directly into the cooling circuit that flows coolant to the turbo, therefore offering an immediate reduction in temperature to help counteract the effects of the coolant being superheated as it passes through the turbo; the hottest part of the engine bay. This helps improve overall capacity and cooling ability, allowing the car to maintain a steadier temperature for longer during hard use.
This can fit with our intercooler and oil cooler to create the ultimate cooling package. The comprehensive kit also features laser-cut and powder-coated brackets, high-quality Pro Hoses silicone lines as well as all fixtures and fittings, and detailed fitting instructions.
Tested on Track20th June 2025 Cadwell Park CircuitData logged via OBD port using Torque Pro app data recording feature and downloaded to PC.
Run 1 10.00am Ambient Temperature:24C 15 minute session Maximum Oil Temperature:106CRun2 10:45am Ambient Temperature:25C 20minute session Maximum Oil Temperature:112C Run3 11:30am Ambient Temperature:27C 15 minute session Maximum Oil Temperature:112CRun4 12:00pm Ambient Temperature:28C 20 minute session Maximum Oil Temperature:114CRun5 2.00pm Ambient Temperature:29C 15 minute session Maximum Oil Temperature:118CRun6 2:45pm Ambient Temperature:30C 20 minute session Maximum Oil Temperature:117CRun7 3:30pm Ambient Temperature:28C 15 minute session Maximum Oil Temperature:113C
Driver Comments:This was an extremely hot day and car coped very well. Before the auxiliary radiator and oil cooler were installed I would normally get approximately 5 to 6 laps, which is about 8 to 10 minutes of hard use before the oil temperature rose to around the 126 to 128C. With the coolers installed, I can run at least 10 to 14 laps, which is over 20 minutes of hard use, and oil temperatures dont normally go above 115C.
Also a major advantage is that I can repeat that all day long, whereas before I found that once the temperature of the oil got really hot it would normally not cool down enough for the rest of the day, so it meant I ended up doing only 3 to 4 laps before the temperature rose again, as the oil never fully cooled down and seemed to heat back up quicker.
Features:
AIRTEC part no: ATRADHON02
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