Rob Dahm's 12-Rotor Engine Project: Turbocharging with Garrett G55 Turbos

In this thrilling episode of Rob Dahm, the team dives headfirst into the heart of automotive madness with the monstrous 12-rotor engine project. With the precision of a surgeon, they meticulously craft a cutting-edge fuel delivery system using AI generative design, pushing the boundaries of innovation in the automotive world. But that's not all - they're also tackling the challenge of keeping the engine cool with a specially designed air channel, a stroke of engineering genius that promises to set this beast apart from the rest.

As the team revives the CNC machine after four years of neglect, they face the daunting task of refurbishing it to its former glory, a task made easier thanks to their partnership with Keeps, which not only sponsors the video but also helps Rob maintain his luscious locks amidst the chaos of engine building. Meanwhile, the team delves into the intricate process of creating equal-length runners for the exhaust manifold, ensuring that each pulse of power is delivered with precision and finesse, setting the stage for an engine that roars like a beast unleashed.

But the real pièce de résistance comes in the form of turbocharging the engine with not one, not two, but three massive Garrett G55 turbos, a move that promises to catapult the power output into the stratosphere. With the intake manifold design posing unique challenges, including heat management and throttle body placement, the team navigates the treacherous waters of custom engineering with the skill and determination of seasoned adventurers, ready to conquer the automotive landscape with their 12-rotor marvel. And as they invite feedback and comments from the automotive community, one thing is clear - this is not just an engine build; it's a symphony of power, precision, and pure automotive passion unfolding before our eyes.

Watch THE 12 ROTOR GETS 3 MASSIVE TURBOS on Youtube

Viewer Reactions for THE 12 ROTOR GETS 3 MASSIVE TURBOS

Importance of waste gates and BOVs for controlling turbo speed
Appreciation for the welding skills demonstrated in the video
Importance of maintaining coolant in machines
Excitement to hear the 12 rotor engine run
Comments on the high production value and cinematography of the video
Suggestions for where the 12 rotor engine could be placed, such as in a drag truck or sled pulling truck/tractor
Admiration for Rob Dahm's dedication and hard work on the 12 rotor project
Interest in the design and engineering process discussed by Rob Dahm
Suggestions for potential collaborations or testing with other engine experts
Comparisons to other engine builders and admiration for the craftsmanship displayed in the video