Diesel Turbochargers

Garrett continues to pioneer diesel turbo technologies that help elevate the dynamic between fuel efficiency, emissions reduction and driveability in cars and light commercial vehicles. Our innovative boosting systems open up engine downsizing options for automakers through class-leading power density, simultaneously driving performance, and helping improve fuel consumption and reduce NOx and CO2 in real world driving conditions.

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Performance & Reliability

Garrett turbo systems – from the renowned Variable Geometry Turbo (VNT) architecture to innovative Two Stage designs – leverage engineering advances in aerodynamics, materials, bearings and electric actuation to set new benchmarks for performance and reliability.

Small Wastegate Turbochargers for Diesel Engines

Our latest small wastegate turbos, with improved aerodynamics, provide a cost-effective route to fuel efficiency and emissions control without compromising performance. The compact design focuses on low-end torque and transient response and, with its lighter weight, offers packaging flexibility valued by automakers.

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Variable Geometry Turbochargers for Diesel Engines

Garrett’s variable geometry VNT technology has been matched to  more than 70 million diesel engines in the last three decades. The turbo’s advanced design helps manufacturers boost car and light commercial vehicle engine performance, increasing fuel efficiency, reducing emissions, enhancing driveability and improving packaging flexibility.

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Two Stage Parallel Turbochargers for Diesel Engines

Our Two Stage parallel turbo for diesel engines was an industry first when we released it in 2006. Since then, it’s increasingly in-demand among auto manufacturers seeking enhanced performance, fuel efficiency and emissions control.

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Two Stage Serial Turbochargers for Diesel Engines

Garrett’s Two Stage serial turbo for diesel compounds the benefits of turbocharging by using two turbos in a series arrangement. This helps improve transient performance, offers better low-speed torque and optimizes fuel efficiency in passenger and commercial vehicle applications. Auto manufacturers can use this technology to either downsize engines or increase performance.

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