EFI systems, UAV engines and hybrid generators

Find an EFI system for your engine, an integrated UAV engine or a hybrid generator for your aircraft. Tell us about your application to discuss the right configuration.

Choose your starting point

EFI Systems

EFI components and configurations for UAV engines. Start with your engine model and check the integration requirements with our team.

Integrated UAV engines

Explore engines with Lö EFI integrated and tuned. Discuss the engine configuration and installation requirements for your aircraft.

Generators for hybrid drones

Explore the HYBGEN range extender for hybrid aircraft. Discuss electrical power, cooling and integration requirements before selecting a configuration.

From your requirements to a suitable configuration

  1. Tell us about your platform: engine model, aircraft type and intended use.
  2. Review integration needs: power, space, cooling and control interfaces.
  3. Discuss the configuration: confirm compatibility and request a quotation.

Applications of Our Products

Our products are primarily applicable to fixed-wing unmanned aircraft, unmanned VTOLs, unmanned helicopters, and hybrid multicopters powered by combustion engines

Fixed Wing

VTOLs

Unmanned Helis

Range Extenders

Electronic fuel injection vs carburetor

Electronic fuel injection controls fuel delivery through the ECU. The benefits and integration requirements depend on the engine and operating conditions.

highly reliable EFI

ENHANCED RELIABILITY

Electronically controlled fuel delivery

highly adaptable

INCREASED EFFICIENCY

Optimized fuel consumption

increased efficiency

HIGH ADAPTABILITY

Configurations for different engine types

altitude compensation

ALTITUDE COMPENSATION

Fuel adjustment for changing conditions

Discuss availability and delivery

Contact us to confirm the configuration, availability and shipping options for your project.

How EFI Works

A carburetor meters fuel using airflow and pressure differences. Electronic fuel injection uses a pump, injector and electronic control unit to manage fuel delivery.

The ECU can adjust fuelling using sensor inputs. Installation, tuning and operating conditions determine the performance of each engine configuration.

Integration with Ardupilot

Löweheiser offers ECU integration with ArduPilot, using supported serial or CAN interfaces depending on the hardware and firmware configuration.

Available engine telemetry can include RPM, cylinder head temperature, intake air temperature, pressure and throttle position. Confirm the supported signals and interface for your controller before integration.

Engine telemetry in the ArduPilot MAVLink Inspector

Testimonials

Harris Aerial

Prometheus

Fragax

Learn about EFI engine tuning

Download our free ebook for more information about UAV engine tuning with Lö EFI.

Tell us about your aircraft and engine requirements

Prefer email? info@loweheiser.com

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