The AMS Performance INFINITI Q50/Q60 VR30 Intercoolers provide exceptional heat transfer efficiency due to their superior engineering, materials, and construction. Our team was able to not only increase core size, but they incorporated a unique counter-flow core design unlike anything else currently on the market. The counter-flow design allows for maximum thermal transfer that is simply not achievable with a conventional cross-flow core. With a 70.4% increase in core size over factory, CNC billet aluminum end tanks, and upsized air inlets, outlets, and coolant ports, the AMS Performance INFINITI Q50/Q60 VR30 Intercoolers redefine heat management for the VR30DDTT engine.
The factory intercooler system on the VR30DDTT engine leaves a lot of room for improvement. Starting by designing the AMS Heat Exchanger to expel excess heat in the system, our team then looked at alternative methods to improve the cooling system by increasing coolant flow and capacity with the AMS Auxiliary Coolant Pump, and Auxiliary Coolant Tank. We knew as time went on the platform would advance to higher and higher power levels that would necessitate better cooling, which is why our AMS SNAILWORKS Engineering Team went back to the drawing board to push the INFININTI Q50 & Q60 platform even further.
The AMS Performance INFINITI Q50/Q60 VR30 Intercoolers completely rethink how VR30DDTT intercoolers can be designed. While nearly all aftermarket air-to-water intercooler cores feature a conventional cross-flow design, our engineers identified that a counter-flow system can allow for improvements in thermal efficiency due to the way they pair the coolest water with the coolest air, inside the core. The AMS Performance INFINITI Q50/Q60 VR30 Intercoolers are properly engineered for maximum thermal transfer.