The Leader in Diesel Performance
Introducing the Banks 870T2B Duramax V8: A New Era of Diesel Performance. Our latest engine features a groundbreaking big pin stroker crank, enhanced rod bearing diameter, and a long con rod design. This innovative combination is designed to deliver exceptional power and durability across a wide range of applications, from drag racing to marine offshore engines.
Uncover the secrets behind Jay Leno’s Tank Car’s turbocharged power with our in-depth look at wastegates and exhaust systems. Learn how expert engineers tackle challenges like heat management and boost control to create a high-performance machine. Discover the intricacies of stainless steel tubing, V-band flanges, and custom-built components as we delve into the engineering process. Whether you’re a gearhead or simply curious about automotive innovation, this episode offers a front-row seat to the world of turbocharging.
Gale Banks shares his early experiences with forced induction and air density. He discusses his time racing at Bonneville and the challenges of achieving high speeds in low-density air. He explains how he used a “poor man’s supercharging system” to improve air density and boost performance. Gale emphasizes the importance of air density in engine performance and how forced induction can significantly improve it. He hints at a new way of measuring air density potential, suggesting a groundbreaking approach to engine tuning and performance optimization.
Gale Banks, a pioneer in automotive and marine engine technology, founded Banks Power in 1956. The company’s commitment to innovation and performance is evident in their cutting-edge products, including performance upgrades, marine engines, and military and commercial vehicle solutions.
Banks Power has upgraded its diesel engine development dynamometer to handle higher RPMs and torque. This powerful new tool will enable the team to push the limits of diesel performance. The company’s passion for performance and innovation drives them to constantly seek new challenges and break boundaries.
A Fitting Tribute to a Rising Star
Gale Banks’ heartfelt message is a testament to David Kennedy’s significant contributions to the automotive industry. His dedication, vision, and tireless work ethic have undoubtedly left a lasting impact on publications like Diesel Power and Hot Rod.
Cal Poly Pomona engineering students are set to make waves in the global automotive stage with their stunning road racer. As Chairman of the NHRA Motorsports Museum Educational Committee, I’m incredibly proud of these young innovators. This isn’t just a car; it’s a testament to American engineering brilliance ready to compete on the world stage.
Want to unleash the hidden power of your 3.0L V6 Diesel? Banks Powertrain is pushing the limits of the Banks 630T on the engine dyno to achieve a mind-blowing 600hp! This isn’t your average dyno run – our goal is maximum reliable power with multiple turbos, a supercharger, and Banks’ proven StraightShot Water/Meth for extended street use. Stay tuned to see how much torque this beast can produce!
Unleashing a Thirsty Beast: Fueling a V12 Monster
Craving unmatched power and performance? This deep dive into a custom V12 build reveals the heart of the beast: its fuel system. To feed this insatiable engine, we’ve harnessed the power of three high-performance Bosch fuel pumps, capable of delivering nearly three gallons of fuel per minute. This isn’t your average sedan upgrade; it’s a symphony of engineering designed to push the boundaries of automotive performance. Join us as we transform a classic into a modern-day powerhouse.
Episode #5: Electronic Fuel Injection
Discover the engineering marvel behind Jay Leno’s Tank Car’s transformation in this in-depth look at its new electronic fuel injection system. From custom wire looms to a cutting-edge Bosch engine management controller, learn how Banks engineers tackled this complex project. Explore the intricacies of the system, including sensor placement, trigger wheel design, and oxygen sensor integration. Get a glimpse into the meticulous process of tuning a V12 engine for optimal performance and efficiency.