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Commercial Vehicle VNT™ DAVNT – Double Axle VNT Turbocharger

Garrett’s latest generation of Variable Geometry Turbo DAVNT (Double Axle VNT) offers robust and high performance-boosting solutions enabling fuel efficiency improvement, emission reduction, and further enhanced engine braking capabilities.

Balancing power & efficiency at every speed

Garrett’s latest generation Variable Geometry Turbo DAVNT (Double Axle VNT) turbocharger is valued in Commercial Vehicles for its ability to increase fuel efficiency as well as engine power density while meeting emissions through Exhaust Gas Recirculation (EGR) control.

Engine Range

Variable Geometry Turbo DAVNT (Double Axle VNT) turbos, available in different sizes, are especially suited to diesel engines with displacements from 2.5L to 15L – from small delivery vans to large highway trucks and off-highway equipment.

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Commercial Vehicle DAVNT (Double Axle VNT)
Turbocharger Key Features

The Variable Geometry (VNT) Turbo mechanism in DAVNT, just as in their passenger vehicle counterparts, regulates the exhaust gas flow in direct response to the engine requirements through a row of movable vanes positioned around the inlet of the turbine wheel. These turbine nozzle vanes are supported by two axles for enhanced reliability and durability – above 1.2 million km life cycles. Garrett’s patented pressure balance channels exhaust gas to both sides of the vanes – thereby preventing strong axial loading and reducing friction and wear while enhancing controllability at the same time.

Balancing power & efficiency at every speed

Commercial Vehicle Double Axle VNT Turbochargers Benefits

DAVNT VNT turbos enable independent control of air-fuel ratio and EGR rates, helping Commercial Vehicle manufacturers meet emissions targets in NOx and particulates without compromising on performance and fuel efficiency.

Increased engine power and torque output

compared to fixed geometry turbochargers, with a reduction in engine backpressure, resulting in better engine performance, better driveability, and reduced fuel consumption.


Without performance compromise

CO2 emissions

Are enabled by Latest generation Double Axle VNT without engine power compromise