The AMS Performance Nissan Z 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 the factory, CNC billet aluminum end tanks, and upsized air inlets, outlets, and coolant ports, the AMS Performance Nissan Z 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 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 Nissan Z platform even further.

The AMS Performance Nissan Z 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 Nissan Z VR30 Intercoolers are properly engineered for maximum thermal transfer.

For the foundation of the AMS Performance Nissan Z VR30 Intercoolers we chose large, motorsport quality, counter-flow cores. This high-efficiency, custom-specified core is much larger and dissipates heat quickly for maximum cooling. Through our larger design, added thermal transfer capability, and drastically increased coolant flow, your 3.0L VR30 twin-turbocharged engine benefits from reduced intake air temperatures (IAT), boosting your power output.

By massively increasing the volume of the core and optimizing the thermal transferring surface area compared to OEM, you gain an extraordinary amount of added cooling efficiency. The AMS VR30 Intercooler cores are an astounding 70.4% larger than the factory intercooler cores. You gain increased thermal efficiency for the entire intercooler system by accommodating this additional heat transfer capability. Whether you live in a hot climate region, enjoy drag racing or long high-speed pulls on airstrips the AMS Performance Nissan Z VR30 Intercoolers will help keep your intake temps lower and maintain your Nissan Z’s maximum power output no matter the conditions.

One of the most important systems on the VR30DDTT engine is the Temperature Manifold Absolute Pressure (TMAP) sensor, and how it functions to inform the ECU’s compensation tables during engine operation. The location of this sensor on OEM and other aftermarket intercoolers places it in an isolated pocket of air inside the intercooler end tank. This leads to considerably delayed temperature readings, delaying important temperature-related calibration strategies from taking effect. Our AMS SNAILWORKS© Engineering Team was able to optimize this sensor location to allow for more responsive and accurate temperature data. With accurate air temperature readings from the AMS Performance Nissan Z VR30 Intercoolers, your tuner can more precisely calibrate air temperature-related safety trims and corrections to optimize power and improve safety in any condition.

Features

• Largest and most efficient intercoolers on the market

• Used on the world's fastest VR30-powered car

• Largest intercooler core size on the market

• Unique counter-flow core design for improved efficiency over the competition

• Custom AMS spec fin height and density on core materials

• Optimized TMAP location for improved temperature reading accuracy

• CAD designed and CNC machined 6061 T6 billet aluminum end tanks

• 2.5" inlet and 2.75" outlet flanges for unrestricted airflow to engine

• Easy installation in OEM location with upgraded water lines and couplers

• Can be used on stock or modified vehicles to reduce heat soak

Benefits

• 40-degree Farenheight drop in intake air temperature compared to OEM intercoolers

• 70.4% increase in core size over OEM

• Negligable air and water side pressure drop compared to OEM

• Drastically increased coolant flow through up to 33% larger water ports and lines

• CFD analysis performed on core and tanks to allow for optimized head dissipation

Please Note: Does not fit with the OEM engine cover. Compatible with OEM AMS RA338, and RA405 fuel pumps. Other brands/pumps' fitment is not guaranteed. Compatible with OEM and AMS MAP sensors. Compatible with AMS fuel filter.