Performance Turbos
Unleash the true potential of your vehicle with Performance Turbos from Vivid Racing. Our extensive selection features high-quality turbochargers designed to boost power and enhance performance, delivering an exhilarating driving experience. Whether you're a street racer or a track enthusiast, our top-tier options will help you achieve your horsepower goals and dominate the competition. Upgrade your ride today and feel the difference in every rev!
ATP Turbo Turbo Kit Garrett G25-660 Stock Location Bolt On .72 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbo Kit Garrett G25-660 Stock Location Bolt On .92 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbo Kit Garrett G30-660 Stock Location Bolt On .61 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbo Kit Garrett G30-660 Stock Location Bolt On .83 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbo Kit Garrett G30-770 Stock Location Bolt On .61 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbo Kit Garrett G30-770 Stock Location Bolt On .83 A/R Ext. Wgt. Ford Focus ST | Fusion 2.0L Ecoboost 2013+
ATP Turbo Turbocharger GT3582LRS Turbo for Australian Ford Falcon XR6 | Barra
ATP Turbo Turbocharger Garrett Ball Bearing T3/T4E 50 Trim Compressor
ATP Turbo Turbocharger Garrett Ball Bearing T3/T4E 57 Trim Compressor
ATP Turbo Turbocharger Garrett Ball Bearing T3/T4E 60 Trim Compressor
ATP Turbo Turbocharger Garrett T3/60-1 with Stage III turbine wheel
ATP Turbo Turbocharger, Garrett T3/T4E, 60Trim Compressor, StageIIITurbine
ATP Turbo Universal Wastegate Bracket for Stock Turbochargers and High Pressure Garrett Ac Nissan GT-R (R35)
ATP Turbo, Garrett GT2871R 52 trim w/ GT28R style Comp Hsg W/ high pressure adjustable Actuator 12-14 psi
ATP Turbo, Garrett GTX3076R Gen1 Dual Ball Bearing Turbo - less turbine housing
ATP Turbo, Garrett GTX3582R Gen1 - Dual Ball Bearing Turbo - Less Turbine Housing
ATP Turbo, Garrett Turbo kit GTP38R, Powerstroke 7.3L Turbo Upgrade Ford F250 | F350 1999.5 - 2003
ATP Turbo, Garrett Turbocharger, T3/T4E, 50Trim Compressor StageIIITurbine
ATP Turbo, Garrett Turbocharger, T3/T4E, 57Trim Compressor StageIII Turbine
ATP Turbo- Garrett GT2871R 707160-10 BB, with skyline style turbine and comp hsg - no actuator included
ATS Diesel ATS Aurora 3000 AFR Turbocharger 01- Early 2004 Duramax
ATS Diesel ATS Aurora 3000 Vfr Stage 1 Turbo 2015-2016 6.7L Power Stroke
Performance Turbos | More Boost!
Need more power? If you own a naturally aspirated engine, chances are, you'll make immense power when you install performance turbos. But if you want more boost, removing your factory turbo and installing bigger turbos is the only way to go.
A turbocharger uses the velocity and heat energy of the hot exhaust gases rushing out of an engine's cylinders to spin a turbine that drives an impeller, which compresses more air back into the engine. A supercharger also pumps additional air into the engine. It is still instead driven mechanically by the engine via a belt that runs off the crankshaft or, these days, by an electric motor.
Turbochargers capitalize on some of the "free" energy that would otherwise be lost entirely in the exhaust. Driving the turbine does increase exhaust back-pressure, which exerts some load on the engine, but the net loss tends to be less than the direct mechanical load that driving a supercharger involves.
The turbo's primary drawback is lag. Because a supercharger uses the engine's own power to spin itself, it siphons power—more and more of it as engine revs climb. Supercharged engines tend to be less fuel-efficient for this reason. For developing mega power with instant kick-you-in-the-back throttle response, supercharging is unparalleled.
How Much More Power Will My Engine Make?
Naturally aspirated engines operating at sea level get air at 14.7 psi, so if a turbo or supercharger adds seven psi of boost to an engine, then the cylinders themselves are getting roughly 50 percent more air should theoretically be able to produce about 50 percent more power.
But compressing intake air adds heat, which with the added pressure, increases the likelihood of engine-damaging pre-detonation or "ping," so the timing has to be retarded.
This can limit the amount of time the fuel has to burn and ultimately erodes some of the power gains. Most modern engines running turbos and superchargers also include intercoolers to help remove some of the turbo or supercharger's heat. In the end, the typical expectation is that adding 50 percent more air yields 30 to 40 percent more power.
But of course, it can be more. But that requires strengthening the block, installing new pistons, new camshafts, and new valvetrain components. These upgrades are essential to make your engine handle the power and not make it a ticking time bomb.
Vivid Racing carries high-performance parts for almost any need. Click these links to choose from our selection of Body Kits, Big Brake Kits, Seats, Custom Wheels and Tires, Engine Parts, Exhaust Parts, Intakes, Suspension, and Transmission Parts.
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