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Micro jet engine

FusionFlight: Unleashing the power of the Micro Jet Engine

Future of mobility is here! FusionFlight designs and manufactures equipment powered by micro jet engine technology.

OUR PRODUCTS

ARC micro turbine generator view from the side

ARC: Micro Turbine Generator

ARC is a portable generator that uses a "soda can" sized jet-engine to provide 8kW of electrical power output across a very wide range of voltages. It is light, compact, easy-to-use, with smooth power delivery right out of the box.

ARC: Learn More
AB6 quad micro jet-engine VTOL drone angle view

JetQuad: Jet-Powered VTOL Drone

The JetQuad is a drone powered by four micro jet-engines with vertical take-off and landing (VTOL) capability – a revolutionary drone that can hover like a helicopter and cruise as fast as a jet-aircraft.

JetQuad: Learn More
Axion jet-powered personal VTOL transport powered by eight micro jet engines

Axion: Personal VTOL Aircraft

Based on the JetQuad technology, Axion is a personal vertical take-off and landing (VTOL) aircraft powered by eight micro jet engines. Axion can be configured for a variety of manned applications.

Axion: Learn More

Benefits of Microturbine Technology.

ULTRA HIGH RPM

The microturbine is a scaled-down jet-engine. It is based on the standard turbine-cycle which has the highest power-density from all air-breathing engines. The primary advantage of the microturbine to the larger engines is that the microturbine rotates much faster, at speeds of up to 130,000RPM. As a result, the micro jet engine produces tons of power in a very small package.

INTERNAL COMPRESSOR

Microturbine engines rely on a centrifugal compressor to feed air into the combustion chamber. The compressor sits inside the engine and therefore minimizes the overall size of the machine. Furthermore, the compressor acts to increase the pressure of the air. The micro jet engine can thus operate at high-altitudes and is less susceptible to inclement weather conditions when compared to ordinary propellers.

LIQUID FUEL

Turbine-based machines can use widely available fuels such Kerosene, Jet-A, and Diesel and even Biodiesel. Kerosene-based fuel does not require a complex storage system, and a large tank takes minutes to refuel as opposed to the hours it takes to recharge a battery. Moreover, the energy density of kerosene is 40-times greater than that of lithium batteries, so machines fueled by Kerosene are also significantly more capable.

Contact us for additional information.

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