GE · Aero-Derivative

GE LM1600 Gas Turbines For Sale

Browse verified GE LM1600 listings. The LM1600 is a compact 13–14 MW aero-derivative turbine derived from the F404 aircraft engine, suited for peaking power and mobile applications.

13–14 MWPower Output
Up to 36%Efficiency
Peaking / MobileApplication

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About the GE LM1600

The GE LM1600 is a compact aero-derivative gas turbine derived from the F404/F412 military aircraft engine. At 13–14 MW, it delivers a high power-to-weight ratio that makes it attractive for mobile power and space-constrained installations. Its fast-start capability and liquid fuel compatibility are advantages in peaking and emergency power applications.

LM1600 Variants & Specifications

Available variants and key performance data.

LM1600
Power Output13.8 MW
Efficiency35.8%
Standard variant
LM1600PA
Power Output14.0 MW
Efficiency36.0%
Performance availability upgrade

Common Applications

Industries and use cases where the LM1600 is most commonly deployed.

Peaking Power
Fast-start performance and compact size ideal for peaking plant applications.
Mobile Power
High power-to-weight ratio makes the LM1600 well-suited for trailer-mounted mobile power packages.
Remote Generation
Compact footprint suits remote locations where larger turbines are impractical.
Emergency Power
Quick-start reliability for emergency power and spinning reserve.

Buying a Used LM1600 — What to Know

Used LM1600 units are typically $1M–$3.5M. The military heritage means robust construction but parts sourcing can be more specialized than larger GE aero-derivatives. Verify fuel nozzle condition, HGP inspection status, and control system vintage.

Frequently Asked Questions

What aircraft engine is the LM1600 derived from?
The LM1600 is derived from the General Electric F404/F412 turbofan, which powers the F/A-18 Hornet and other military aircraft.
How does the LM1600 compare to the LM2500?
The LM1600 produces about half the output (~14 MW vs 22–34 MW) at comparable efficiency. It is preferred where smaller block size or higher power density is needed.