12L VE/VF Holden/HSV Reservoir


When you are under wide open throttle without a tank, your entire fluid volume is doing a complete lap of the system every 2sec, meaning every 2sec your fluid temp is multiplying.

By adding in the tank you are buying yourself just over a minutes worth of fluid volume, meaning the temp of the fluid will remain stable the entire time you are under wide open throttle so your intake temps will be colder. As well as this the recovery speed after you get off the throttle will also be faster as the unused fluid in the tank will provide an immediate recovery of your intercoolers.

Our 12L VE/VF reservoir is so unique we have been granted a patent for it.
The tank is made of lightweight aluminium and TIG welded for a superior fit and finish.

Every supercharged car with or without an interchiller will benefit from increasing the coolant capacity.
Our reservoir is 12L in size. When combined with our interchiller will provide lower intake temperatures when at wide open throttle.

The idea behind increasing the coolant capacity especially in a racing situation is such that if your coolant is as an example at 0c (32f) during the whole race you have enough volume to be passing 0c (32f) coolant through your supercharger for the entire duration of the race, this will keep the intake temps as low as possible.

The reservoir is suited to VE-VF Holden, HSV and Vauxhall it mounts very stealthy in the engine bay hidden in the passenger outside air entry box and cannot be seen once installed and the plastic shroud is reinstalled.

Reservoir Shape

We have shaped the reservoir to take the shape of the car to gain as much coolant volume as possible, over a ¼ mile drag race we have seen intake temperatures reduced by 10-20c (18-36f) it also greatly reduces cool down time when drag racing as the supercharger isn’t able to completely heat up the coolant and the same for circuit racing.

Reservoir Dyno Testing

LSA Reservoir 1During dyno testing of our interchiller we were able to see that when we switched off our interchiller we were able to complete 6-7 back to back dyno runs before the intercooler fluid levelled out to a normal non interchilled temperature.

During highway testing we noted it took 12-15min with the chiller turned off for intake temperatures to return to normal. As can be seen by these results the intercoolers system is highly improved.

This video shows you very clearly how effective the 12L VE/VF reservoir is.

Whilst these results are with a chiller, the quick recovery time isn’t from the chiller it is from the coolant in the tank that has not even passed through the intercooler of the supercharger during the 1/4 mile pass. This car is heavily over driven so does produce a lot of heat.

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