This Engine Has FIVE Superchargers!

Описание: Why would anyone stack seven superchargers on a single V8 engine?
In this video, we break down the difference between compound supercharging and parallel supercharging, and why stacking multiple superchargers doesn’t always mean insane horsepower.
When you run superchargers in series (compound boosting), each stage compresses already compressed air which means boost pressure multiplies instead of simply adding. Sounds powerful… but it also increases intake air temperature, parasitic drivetrain loss, and mechanical stress on the crankshaft.
Parallel supercharging, on the other hand, feeds each cylinder bank separately a cleaner and more balanced forced induction setup often seen on high-performance V8 builds.
So why does this massive big block V8 with five superchargers only make around 1400 horsepower?
Because forced induction isn’t just about boost numbers. It’s about:
Air densiy
Intercooling efficiency
Heat management
Volumetric efficiency
Engine reliability
Parasitic loss
More boost doesn’t automatically mean more power especially when heat soak, compression ratios, and mechanical drag start working against you.

Whether you're into twincharging, compound turbo setups, roots blowers, centrifugal superchargers, or high-boost race V8 builds this breakdown explains why stacking superchargers can become inefficient fast.







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