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Garrett

Garrett GTX4709 Turbo - 80MM Supercore | 851285-5012S

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SKU:
851285-5012S
MPN:
851285-5012S
  • Garrett GTX4709R Gen II Supercore 80mm | 851285-5012S
  • Garrett GTX4709 Turbo - 80MM Supercore | 851285-5012S
  • Garrett GTX4709R Gen II Supercore 80mm | 851285-5012S
  • Garrett GTX4709R Gen II Supercore 80mm | 851285-5012S
$3,739.96
Frequently bought together:

Description

Garrett GTX4709 Gen II Supercore | 80mm Compressor | P/N 851285-5012S

The Garrett GTX4709R Gen II Supercore (851285-5012S) takes the proven GTX4709 platform and increases compressor inducer size to 80mm while retaining the same 109mm exducer and massive 93mm / 84mm turbine wheel. The result is increased airflow capability for higher horsepower applications while maintaining the durability, efficiency, and response that have made Garrett's GTX47 platform a favorite among diesel performance, drag racing, and truck pulling enthusiasts.

Features

  • Genuine Garrett GTX4709R Gen II Supercore
  • Part Number: 851285-5012S
  • 80mm Billet Gen II Compressor Wheel
  • Massive 93mm / 84mm Turbine Wheel
  • Dual Ball Bearing Center Section
  • Turbine Housing Sold Separately
  • Compatible with GTX47 and GT47 Turbine Housings
  • Excellent Airflow for High-Horsepower Applications
  • Ideal for Custom Turbocharger Builds

Specifications

  • Compressor Inducer: 80mm
  • Compressor Exducer: 109mm
  • Compressor Wheel Technology: Gen II Billet
  • Turbine Wheel Inducer: 93mm
  • Turbine Wheel Exducer: 84mm
  • Bearing System: Dual Ball Bearing
  • Turbo Configuration: Supercore (No Turbine Housing)

Common Applications

  • Performance Diesel Engines
  • Truck Pulling
  • Drag Racing
  • Street & Strip Builds
  • Competition Vehicles
  • Custom Turbocharger Fabrication

What's Included

  • Garrett GTX4709R Gen II Supercore Assembly
  • Compressor Housing
  • CHRA (Center Housing Rotating Assembly)
  • Turbine Wheel & Shaft Assembly

Note: Turbine housing is not included. A compatible GTX47 turbine housing must be selected separately based on the desired spool characteristics and power goals.

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