Category: Twin-Turbo

Diesel Directions

Discover the power and efficiency of clean diesel technology. Learn how experts from Bosch and Banks Engineering are revolutionizing the automotive industry with groundbreaking diesel engines. From increased fuel economy and reduced emissions to unmatched torque and performance, clean diesel offers a compelling alternative for eco-conscious drivers seeking an exhilarating driving experience.

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Banks Talks Tech

Diesel Engines: No Longer Slow and Smelly

Diesel engines have come a long way and are now considered a strong option for performance vehicles. They offer advantages over gasoline engines in terms of power, torque, and fuel economy. Modern diesels are also quiet, easy to start, and environmentally friendly. If you’re looking for a powerful and economical option for your next vehicle, a diesel engine might be the right choice for you.

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Banks Talks Tech – Turbo Wastegate

Unlock More Power: Upgrade Your Diesel with a Performance Wastegate Actuator

Looking to unleash the hidden potential of your diesel engine? A stock wastegate actuator might be holding you back. Upgrade to a performance wastegate actuator and experience quicker boost spool, improved mid-range torque, and increased top-end power. Learn more about how Banks Big Head actuator optimizes boost pressure for superior diesel performance

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Interaction

Craving a Turbocharged Revival? Banks Engineering is Back!

After years of absence, Banks Engineering is gearing up to reignite the high-performance automotive market with its legendary twin-turbo systems. The new generation of systems will feature cutting-edge electronic fuel injection, promising unparalleled power and efficiency. Prepare to unleash the beast within your GM V6-V8 engine with Banks’ upcoming twin-turbo kits. Stay tuned for more updates on this exciting development.

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Crazy Magazine Stunt

Unleash the Beast: A Pontiac Trans Am’s Epic 200mph Desert Run

Ever dreamed of pushing your car to its absolute limits? In the early ’80s, Car and Driver magazine and Gale Banks Engineering embarked on a thrilling quest to build a street-legal supercar capable of 200mph. Their weapon of choice: a twin-turbocharged Pontiac Trans Am. This high-octane adventure took place on a remote, straight desert road, resulting in record-breaking speeds, engine overhauls, and a surprise encounter with a shotgun-wielding local. Discover the adrenaline-pumping story behind this automotive legend and explore the potential of your own vehicle.

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FINAL PREPS …

Behind the scenes of a beast: The Banks Top Diesel Dragster is prepped for its first test run. Every wire, every component, meticulously inspected and tested. Countless hours of engineering and precision go into building a machine capable of 0 to 200+ mph in under seven seconds. Want to inject that kind of power and performance into your ride? Explore Banks Power products today and experience the difference.

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Gentlemen, start your (dragster) engines

Experience the roar of a legend. This isn’t just a dragster; it’s a symphony of power and precision. Feel the adrenaline surge as you witness this beast come to life. Don’t miss the chance to hear the thunderous sound that will leave you captivated. Watch the video now and immerse yourself in the raw power of automotive engineering.

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Some Serious Progress Being Made On The Banks Top Dragster…

Banks Power is in the process of developing a new Sidewinder Top Diesel Dragster. The team is focused on building a powerful and reliable engine, utilizing advanced engineering techniques and cutting-edge technology. The goal is to set new records and push the boundaries of diesel performance.

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Stock intake manifold vs. Banks Big Hoss

Gale Banks compares the stock Duramax intake manifold to the Banks Big Hoss manifold. The stock manifold has several design flaws that restrict airflow, including sharp bends, small passages, and restrictive chambers. The Banks Big Hoss manifold addresses these limitations with a more efficient design, larger passages, and smoother airflow paths. This improved airflow allows for higher engine performance and efficiency.

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