
KILLED Supercharger | Building a Monster Truck 6
Gale Banks faces a challenge: reducing the insane temperatures generated by his roots-style supercharger on a monster truck engine.
The Leader in Diesel Performance
Gale Banks faces a challenge: reducing the insane temperatures generated by his roots-style supercharger on a monster truck engine.
Banks Power is currently developing a new Derringer performance module for the 2011-16 Ford 6.7L Power Stroke. This innovative tuner will offer significant power and torque gains, along with exclusive features like AutoRate, TransCommand, and ActiveSafety. The Derringer is expected to be released before the end of July.
Gale Banks and Kory Willis from PPEI discuss their plans to push the limits of a Duramax engine. They delve into topics like intercooler efficiency, data logging with the iDash, and optimizing airflow to the cylinders. The goal is to achieve maximum performance while maintaining engine reliability.
Looking to Unleash More Power from Your Engine?
Gale Banks compares a stock turbo to a new Precision turbo and the results are staggering: a massive 65% improvement! This high-performance upgrade delivers not just incredible power (pushing a Duramax past 600hp), but also increased efficiency with lower fuel consumption and exhaust temperatures. Learn more about how the right turbocharger can transform your vehicle’s performance!
Tired of trade-in troubles and underwhelming power? Garrett switched his loyalties from Cummins to Chevy after years of frustration. His new Duramax, boosted by a Derringer tuner, effortlessly handles heavy towing, from cattle to hay. Experience unmatched power, cooler temps, and better fuel economy. Upgrade your truck and conquer the road.
Supercharger Challenge: Banks Engineering Tackles High Intake Temps on Dyno Test
See a supercharged Duramax engine roar to life on the dyno, but will high intake temperatures throw a wrench in the plans? Watch Gale Banks and his team identify a critical issue and explore solutions to optimize performance. This episode is perfect for gearheads looking to upgrade their vehicle’s power and for anyone interested in the engineering challenges of superchargers.
Gale Banks Turbocharged Engines Dominate Jet Boat Racing
In a display of sheer dominance, Gale Banks powered jet boats clinched the top 5 spots at the grueling 1978 New Zealand Citizen Jet Boat Marathon, an 11-day, 1000-kilometer race. This victory marked the second consecutive marathon win for Reg Benton, who also triumphed at Canada’s Great Smokey Marathon just months prior. Banks’ turbocharged engines proved their reliability and power, propelling Benton to a staggering one-hour lead over the competition.
This win wasn’t an isolated incident. Throughout 1976-1980, Gale Banks powered jet boats achieved a remarkable five consecutive world championships, solidifying their position at the forefront of boat racing. This 1978 New Zealand Marathon victory was just one of three international triumphs for Banks in just three months. Learn more about Gale Banks’ innovative marine engines and their racing legacy.
Is your truck struggling to handle heavy loads? Upgrade to a powerhouse like Josh’s 2018 GMC Duramax L5P Denali 4×4 dually. This beast effortlessly tows over 35,000 lbs daily, outperforming its predecessor by leaps and bounds. Experience unmatched power, comfort, and reliability with a truck built for the toughest jobs.
Unleash your Duramax L5P’s full potential with expert insights from Gale Banks and Comp Cams. Dive deep into the science of diesel combustion as Gale decodes the intricacies of squish, swirl, valve timing, and more. Discover why stock pistons reign supreme and how this groundbreaking camshaft collaboration is set to revolutionize performance. This isn’t just information; it’s the engineering goldmine every Duramax owner craves.
Gale Banks explores the importance of air density in engine performance on episode four of Killing a Duramax. He demonstrates how a restrictive intake can significantly reduce power output. By analyzing data from the iDash, he highlights the impact of air density on turbocharger efficiency and overall engine performance. The next step in the project is to upgrade the turbocharger to further increase power and efficiency.