The Leader in Diesel Performance
Banks Power is pushing the limits of the Duramax L5P engine, aiming for a 1,000 horsepower milestone with stock internals. The team is focusing on camshaft upgrades and fuel system modifications to achieve this ambitious goal. Stay tuned for the latest updates on this exciting project.
Supercharged Twin-Turbo Duramax Build
Get ready to witness automotive engineering at its finest! Dive deep into the creation of a monster truck powerhouse as Banks Engineering tackles the challenge of supercharging a twin-turbo Duramax engine. From concept to combustion, follow the team’s journey as they push the boundaries of performance. Watch as industry legends like Bob Rowe and Chris Otani collaborate on this groundbreaking project, offering exclusive insights into the meticulous process of building a high-performance engine.
Gale Banks explains the concept of variable geometry turbochargers and how to avoid damaging them. He emphasizes the importance of monitoring engine parameters using the iDash to prevent excessive heat and pressure buildup. The video also demonstrates the effects of extreme operating conditions on a turbocharger, highlighting the importance of proper tuning and maintenance.
Want to squeeze every last drop of power from your engine? See how Banks pushes a stock Duramax turbo to its limits at 550 horsepower! This video dives into the air intake system, analyzing how a Big-Ass Air Filter performs under pressure. Learn the signs a turbo is maxed and discover if the engineers can extract more power. Watch “Killing a Duramax Pt 3: 133,000 Turbo RPM” and unlock hidden potential in your vehicle!
he wait is over! Gale Banks embarks on a scientific mission to push the limits of a Duramax L5P engine (link to episode 1).
The objective: Discover the tipping point for this powerhouse engine through controlled testing and data analysis.
After weeks of adding sensors, changing intercoolers and piping, ECM tuning, and more, Gale and the Banks test group were finally ready to crank over the Duramax
MotorTrend’s Jacob T. needed a way to monitor his heavily modified 1972 AMC Hornet Sportabout that lacks a modern OBD system. Banks Power’s iDash 1.8 DataMonster and a suite of analog sensors provided the solution. Jacob installed exhaust gas temperature sensors, an air intake sensor, and coolant temperature sensor to monitor various engine functions and diagnose potential issues. The Hornet will be featured in a future MotorTrend video showcasing the Banks Power installation.
Gale Banks demonstrates the importance of manifold air density in engine performance. He explains that boost pressure alone is not a reliable indicator of power output. By using an intercooler to reduce intake air temperature, Banks is able to increase manifold air density and significantly boost engine power. The iDash DataMonster is a valuable tool for monitoring and optimizing engine performance.
Unleash the Beast: Gale Banks Designs High-Horsepower Diesel Engine for Monster Mutt
Watch Gale Banks take on a unique challenge—building a diesel engine to outperform a monstrous 540ci methanol Chevy engine in a Monster Truck! This video dives into the specs of the blown Chevy engine and the data collection process using the Banks iDash and AirMouse for air density readings. See how Gale’s legacy of forced induction engineering comes alive!
Join Gale Banks as he dissects the performance of a raging monster truck in this episode! We analyze data from a 540ci, 1400-horsepower blown alcohol motor to understand its air consumption (MAD) and overall performance. Witness the power of the Banks iDash DataMonster recording 100 parameters at 20 samples per second!