Banks Power

Want more pulling power, better response and control of your engine temperatures when your truck is working? Banks Power makes performance parts for diesel trucks and gasoline pickups and SUVs, with a focus on parts that work together. Here you’ll find air intakes, exhausts, intercoolers, intake pipes, tuners and digital gauges.

American performance for diesel and gasoline

Banks Power is the brand of Gale Banks Engineering, an American company with long experience in engine development and turbocharging. The brand is especially well known in the diesel world for parts for the popular American diesel pickups with Duramax, Cummins and Power Stroke engines, but the range also covers gasoline engines in pickups, SUVs and Jeeps. The philosophy is that air in, air out and engine management should work together, so the vehicle gains performance while staying within safe temperatures.

Banks Power’s key products

Ram-Air intakes give the engine more and cooler air, and Monster exhausts reduce back pressure and give a deeper sound. For diesel engines there are Techni-Cooler intercoolers and intake pipes that improve airflow after the turbo. Banks also offers tuners and modules such as the Derringer to increase performance, as well as iDash gauges that display data such as exhaust gas temperature, boost and transmission temperature. See each product for compatible engines and years.

Buy Banks Power from us

We specialise in performance parts and know what it takes for a project to succeed. You get a wide selection, competitive prices and personal service if you have questions along the way. Find the Banks Power solution for your project and take the next step towards more performance.

Frequently asked questions

What is the Banks Power iDash?

The iDash is a digital gauge that plugs into the vehicle’s diagnostic port and displays engine data such as temperatures, pressures and trouble codes. It can also be used together with several Banks tuners and modules.

Why upgrade the intercooler on a diesel truck?

When boost is increased, the air leaving the turbo gets hotter. A larger, more efficient intercooler cools the air better, which can lower exhaust gas temperatures and give more consistent performance under load.