Triple-Turbo 6.4L Cummins Super Stock Engine

Triple-Turbo 6.4L Cummins Super Stock Engine

Check out this diesel build by Addicted Performance Diesel's shop owner, Jason Stott.

This article is courtesy of Engine Builder by Evan Laux

Jason Stott developed his expertise in diesel mechanics and hydraulics under the guidance of his father growing up. Following high school, his passion for truck pulling led him to explore opportunities to cover the costs associated with competitions and truck maintenance. To generate income, Jason started taking on repair side jobs, and quickly found he needed to take the next big step.

Jason Stott's Super Stock pulling truck
Jason Stott’s Super Stock pulling truck

In 2010, he founded Addicted Performance Diesel to meet the growing service requests. At that time, Jason continued to work a full-time job as an oil field construction supervisor, while his wife and another technician managed the day-to-day operations of the diesel business. After enduring a challenging work schedule for several years, he decided to fully commit and focus on expanding the diesel shop.

Addicted Performance Diesel prioritizes performance and specializes in reinforcing engines and transmissions for both daily use and high-performance racing. Jason and his team are dedicated to building quality engines that can withstand extreme conditions.

Triple-Turbo 6.4L Cummins engine

While running the business, Jason continued to pursue diesel pulling, building a monster machine that serves as a competition beast and a demonstration of his expertise in diesel performance. His Super Stock Ram is nearly all owner-built, including the 6.4L Cummins engine under the hood.

Leibee Precision Machine played a part in the machining process, but Jason took the lead in specifying and constructing most of the engine.

triple-turbo 6.4L Cummins engine

Critical to achieving a crankshaft horsepower of over 2,000 is the LSM aluminum block. This not only shaved 100 lbs. from the engine, but also contributes to the weight in the front weight box. The internally balanced factory crankshaft, R&R connecting rods, and 11.5:1 compression Arias pistons form the robust rotating assembly.

He opted for a Hamilton Cams camshaft with specific parameters, featuring 230 degrees of duration on the intake and 240 degrees on the exhaust with .680 lift. This is complemented by Harland Sharp 1.7:1 ratio roller rockers. The 12-valve cylinder head from Hamilton Cams, modified by Industrial Injection with oversized valves and porting, further enhances the engine’s performance capabilities.

You May Also Like

Single-Turbo 5.9L Cummins Engine

Check out the latest diesel of the week!

It’s not hard to see the vast amounts of dedication people have in the diesel community – look for more than a few minutes and you’ll find guys and gals all over the place who have fought tooth and nail to build up their diesel passion to wild levels. Many start from a young age and build their lives around diesel trucks and engines, and we think that’s pretty cool to see.

Compound-Turbo 6.0L Powerstroke Engine

Check out what’s under the hood of this 1962 Ford Country Squire.

Billet Triple-Turbo 6.4L Cummins Super Stock Engine

It’s the pinnacle of Scheid Diesel builds, so don’t miss what’s in and on this engine.

All-Billet Duramax Drag-and-Drive Engine

This engine is tailored for drag racing and drag-and-drive events. Check it out!

Turbocharged 6.0L Powerstroke Engine

Check out what Dylan Ford of Abilene Diesel Performance put together in this build.

Other Posts

Crankshaft Counterweights And Balancing

Imbalance in the engine exhibits vibration and damage. Balancing becomes critical to any engine build.

Diesel Turbocharging Basics

There’s a reason diesels typically utilize compound turbo setups instead of twin turbochargers.

AMSOIL Introduces New OE 0W-40 100% Synthetic Motor Oil

The new OE 0W-40 is primarily for newer RAM HD trucks equipped with the 6.4-liter Hemi engine.

Fuel Types and Engine Performance

When it comes to choosing the right fuel for your vehicle, several factors should be taken into consideration. These factors include the vehicle’s engine design, manufacturer recommendations, intended usage, and personal preferences.