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Garrett Turbocharger GTX3584RS 1.15a/r (Falcon 02-16/Fairmont 05-08) Get Yours

Original price was: $5,500.00.Current price is: $2,200.00.

SKU: SK1046170-US20260126-092757 Category: Tag:

Description

Garrett by Honeywell, is excited to announce the release of thier newest turbocharger, the GTX3584RS. The only mid-frame turbocharger onthe market capable of producing 550-1000 horsepower for 2.0L – 5.5L engines. The GTX3584RS is a clean-sheet product with many new features geared towards enthusiasts.

A brand new high horsepower turbine wheel flows exhaust gasses at a higher, more efficient rate than other GT and GTX turbine wheeldesigns. The new turbine wheel design allows for higher exhaust gas flow which increases aerodynamic efficiency compared to the previousdesign. New hi-flowing, stainless steel turbine housings help decrease backpressure and range in size from 0.83, 1.01, and 1.21 A/R. Thesecompact turbine housings are unique only to the GTX3584RS meaning they are not interchangeable with other GT/GTX35 products because ofthe new turbine wheel.

A new ten-blade GTX Gen II compressor wheel designed using proprietary Honeywell computer simulation software gives the GTX3584RS theability to create more air mass flow, allowing the enthusiast a wider range of power output when tuning the vehicle. A larger, 0.72 A/Rcompressor housing allows the compressed air flow to circulate into the engine more efficiently than other mid-frame turbochargers. The 8mmdual ceramic ball bearing cartridge provides optimal turbo response and reliability through its reduction in shaft motion. V-Band and hoseconnection compressor outlet options are also now offered.

GTX3584RS turbochargers feature a fully-machined compressor inlet, fully-machined compressor outlet, and fully-machined ported shroud.The new compressor housings are equipped with a fully machined speed sensor port that accepts the Garrett by Honeywell speed sensor (Soldseparately). This feature allows tuners to understand existing operating conditions, which is important when fine tuning a turbocharger to itsmost efficient operating conditions.