How It Works

SUPERPOWER­S

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Turbocharg­ers experience a delay between the driver pressing the accelerato­r and delivering a power boost. This is called turbo lag and is particular­ly noticeable when your car engine is running at low rpm (revolution­s per minute). But a supercharg­er solves this. Instead of relying on exhaust gas, a supercharg­er’s turbine and compressor are powered by the engine’s crankshaft. That’s always turning, so you don’t have to wait for the charger to start working and you get instant power no matter your rpm level. That immediate power increase is great, but a supercharg­er isn’t a perfect solution. Because a supercharg­er relies on engine power to function, it means your engine needs to work harder – the entire system is less efficient. This is why supercharg­ers are usually used to deliver more performanc­e rather than improved engine efficiency.

 ?? ?? Supercharg­ers rely on power from the crankshaft for an immediate speed boost
Supercharg­ers rely on power from the crankshaft for an immediate speed boost

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