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    SUPERCHARGER & TURBO

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    FORCED INDUCTION INSTALLATION

    A supercharger or turbo install is the single largest power upgrade you can make to a vehicle without opening the engine. Both work by forcing more air into the combustion chamber than the engine would draw naturally, which allows more fuel to be burned and more power to be produced. The difference is in how they achieve that: a supercharger is belt-driven and delivers boost immediately at any RPM, while a turbo is driven by exhaust gases and builds power as RPM and exhaust pressure climb. At Pickups Plus Cars, forced induction installs are part of our broader performance upgrade services for trucks, SUVs, and cars at both our Lewis Center and Hilliard locations.

    We've been doing forced induction installs for Central Ohio customers since 1999, and we assess the platform before recommending a system. A supercharger or turbo that's not matched correctly to the engine, or installed without the supporting modifications the engine needs to run the added boost reliably, is a liability rather than an upgrade. We handle the full install including any supporting modifications, and we're honest about what the platform can handle before anything is ordered.

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    OUR FORCED INDUCTION SERVICES

    We source, spec, and install supercharger and turbo systems for trucks, SUVs, and cars, with supporting modifications included as part of the install plan.

    Roots-Type Supercharger Installation

    Roots-type superchargers mount on top of the engine and are driven directly by the crankshaft via a belt. They deliver boost immediately across the RPM range, which makes power delivery predictable and linear. This type of supercharger is well-suited for street trucks and SUVs where instant throttle response at any RPM is the priority. The distinctive whine they produce is part of the appeal for a lot of customers.

    Centrifugal Supercharger Installation

    Centrifugal superchargers are also belt-driven but build boost progressively as RPM increases, more similar to a turbo in power delivery. They're more efficient than roots-type superchargers at high output levels, making them a common choice for vehicles that spend more time at higher RPMs. Centrifugal setups are also more compact, which can matter on engines with limited bay space.

    Single & Twin Turbocharger Installation

    Turbochargers use exhaust gas energy to compress intake air, which makes them more efficient than belt-driven superchargers at high power levels. Single turbo setups are simpler and more cost-effective, making them the most common choice for street vehicles. Twin turbo setups are typically used for high-output applications where minimizing lag across the RPM range is the priority.

    Supporting Modifications

    A forced induction install almost always requires supporting modifications to run reliably. Fuel injectors, intercoolers, boost controllers, and upgraded engine management are commonly needed depending on the system and the power target. We factor these into the install plan upfront rather than discovering them after the job starts, which keeps the final cost and timeline accurate.

    YOU NEED THIS IF:

    • You want the largest power gain available without opening the engine
    • Your naturally aspirated engine has reached the limit of what bolt-on mods can produce
    • You want instant throttle response across the RPM range from a supercharger
    • You're building for a specific power target that requires forced induction to reach
    • You want a complete install with supporting modifications handled as a single package
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    SUPERCHARGER & TURBO FAQS

    • What's the difference between a supercharger and a turbocharger?

      Both force more air into the engine than it draws naturally, which is what produces the power gain. The difference is how they're driven. A supercharger is connected to the engine via a belt, so boost is available immediately regardless of RPM. Power delivery is linear and predictable, with no lag. A turbo is driven by exhaust gases, so it takes a moment to spool before boost builds. Turbos typically produce more peak power at higher RPMs and are more thermally efficient at high output levels. The right choice depends on your engine, your power goals, and how you use the vehicle. We walk through this with every customer before recommending a system.

    • How much power can I expect from a supercharger or turbo install?

      It varies considerably based on the system, the engine, and the supporting modifications. On most naturally aspirated V8 truck engines, a roots-type supercharger kit can add 100-150 horsepower or more depending on the boost level and tune. Turbo kits on smaller displacement engines can produce similar or greater gains relative to the engine's base output. We give realistic expectations based on your specific vehicle and the system being considered, not a best-case number.

    • Does my engine need to be built to run a supercharger or turbo?

      It depends on the power level. Many factory engines can run moderate boost on a properly spec'd kit without internal modifications. At higher boost levels, factory pistons and connecting rods become the limiting factor and a performance engine build is required to run the system reliably long-term. We assess this honestly for each platform: if a build is needed to support what you're trying to do, we'll tell you upfront rather than installing a system that's going to damage a stock engine.

    • Will a supercharger or turbo void my warranty?

      Under the Magnuson-Moss Warranty Act, a manufacturer cannot void your entire warranty simply because you added forced induction. However, if the manufacturer can demonstrate that the forced induction modification directly caused a specific failure, they can deny the warranty claim on affected components. In practice, a supercharger or turbo install carries more warranty exposure than a bolt-on like an air intake because the power increase is more significant. We're honest about what the warranty risk looks like for your specific vehicle and install before any work begins.

    • What supporting modifications does a forced induction install typically require?

      The most common supporting modifications are upgraded fuel injectors to supply enough fuel for the added air, an intercooler to manage intake air temperatures under boost, and a tune to optimize the air-fuel ratio and ignition timing for the new configuration. Some platforms also need upgraded fuel pumps, boost controllers, or engine management hardware depending on the system and power target. We identify what's needed for your specific vehicle before the install starts so there are no surprises.

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