Intercoolers – Maximise Cooling, Boost Performance

Reduce intake temps and improve efficiency with high-performance intercoolers. Designed for turbocharger setups, they maximize power and prevent heat soak. Upgrade now for consistent high-boost performance.

Intercoolers – Maximise Cooling, Boost Performance

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Intercooler Selection Guide

Technical Information & Buying Guide

A turbo intercooler reduces the temperature of compressed intake air before it enters the engine. Core dimensions, end-tank design, pipe size, airflow path and available mounting space should be considered together rather than selecting an intercooler by external size alone.

The intercooler should provide suitable cooling capacity without creating unnecessary restriction or excessive charge volume. Before ordering, measure the available space and confirm inlet and outlet sizes, orientation and pipe routing. Airflow through the front of the vehicle and the effect on other cooling systems should also be considered.

  • Match core capacity to the expected airflow and boost level
  • Confirm mounting space, inlet size and outlet orientation
  • Plan efficient pipe routing and airflow through the core

FAQ

  • Does a larger intercooler always perform better?
    No. An excessively large or poorly positioned core may add weight, charge volume or airflow restriction without providing a useful benefit.

  • Will an intercooler increase horsepower?
    It can support more consistent performance by reducing charge-air temperature, but the actual result depends on the engine, boost, tuning and existing intercooler.

  • How do I choose the correct pipe size?
    Pipe diameter should suit the turbo airflow, throttle-body size, packaging and response goals. Bigger is not automatically better.