AMS Performance Omega 11 Turbo Kit Nissan GT-R 2020+

AMS Performance ALPHA OMEGA Turbo Kit (ALP.07.14.0201-2)

The AMS Performance ALPHA OMEGA Turbo Kit (part number ALP.07.14.0201-2) represents a significant advancement in turbocharging technology for the 2020+ Nissan GT-R. Designed by the AMS Snailworks Engineering Team, this kit addresses the limitations of the OEM turbo system while providing a robust solution for enthusiasts seeking enhanced performance.

Key Features

• Innovative two-piece manifold design, the first of its kind for the 2020 GT-R.
• Eliminates common issues such as cracked wastegate port holes, with no core charge or machining delays.
• Equipped with new Garrett?? G30-660 turbocharger CHRAs featuring 54mm inducers for improved airflow.
• Capable of achieving mid 8-second quarter-mile times and over 1100 WHP, depending on supporting modifications.
• Enhanced exhaust manifold design for better efficiency and performance.
• New wastegate port design minimizes boost creep and optimizes boost control.
• Tial MVI 2.5D wastegates offer adjustable base spring pressure for fine-tuning performance.
• Garrett compressor cover allows for a full 3" intake setup.
• Exotic casting materials and show-stopping design elevate the aesthetic appeal.
• Compatible with existing AMS ALPHA 7 "full bolt-on" modifications.
• Optional AMS 3" Lower Intercooler Piping (LICP) kit available to maximize power output.

Fitment

• Nissan GT-R 2020+

Installation Notes

• Compatible with all USDM, JDM, Gulf, and European models (both LHD and RHD).
• 2020+ model year vehicles can reuse existing OEM exhaust manifolds; 2009-2019 models require the full AMS turbine housing and manifold system.
• Not compatible with OEM stock intakes; standard carbon intakes are required and available separately.
• While the kit is compatible with OEM LICP, an upgraded AMS 3" version is recommended for optimal performance.

Performance Expectations

Performance metrics such as horsepower, torque, quarter-mile times, and acceleration figures are based on optimal conditions and supporting modifications. Actual results can vary based on factors like ambient temperature, elevation, tire selection, and vehicle weight. The numbers provided reflect attainable results for an average user under ideal circumstances.