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The new magniAIR electric motor was introduced by magniX to serve small airplanes, flight schools, and experimental builders, with full integration with batteries and power electronics, in addition to a first flight forecast for this year and estimated commercialization for 2027
magniX introduced the magniAIR, a new 175 kW, 55 kg electric motor aimed at general aviation, focusing on light aircraft, recreational flights, and pilot training. The equipment was developed to offer an electric alternative in a segment where change can occur more directly.
The launch does not seek to compete with large commercial jets. The electric motor‘s proposal is concentrated on small airplanes, flight schools, and amateur builders, areas where costs, maintenance, and technological adaptation are decisive factors.
Electric motor targets light aviation
The magniAIR stands out for its combination of power and low weight. With 175 kW and only 55 kg, the electric motor presents a power-to-weight ratio considered relevant for aviation, a sector where every kilogram influences efficiency and useful autonomy.
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The initial application targets light aviation, especially models used for training and recreational use. The proposal is to allow for electrification closer to real operation, without relying on projects aimed at large commercial aircraft.
Integration into the RV-10 marks practical progress
The new electric motor already has a defined destination for the first flight tests. magniX intends to integrate it into a Van’s Aircraft RV-10, a very popular aircraft among experimental aviation enthusiasts, with the first flight scheduled for this year.
The company offers a complete system, consisting of the motor, power electronics, and Samson batteries. This integration seeks to reduce adaptation complexity, one of the barriers to expanding the use of electric solutions in existing aircraft.
The proposal does not require completely redesigning the aircraft from scratch. The system was presented as an option for adaptation, connecting electric propulsion, energy storage, and electronic control in an integrated solution.
Lower costs could impact flight schools
One of the central points of the magniAIR is its operational costs. The electric motor has fewer moving parts, requires less maintenance, and eliminates fossil fuel consumption during flight.
This factor can directly impact pilot training, which is currently pressured by fuel costs and combustion engine maintenance. In many countries, training is more expensive at a time of professional scarcity.
The replacement of old training aircraft with electric versions also appears as a possibility. Many models used in this area date back to the 70s, and switching to electric aircraft can improve efficiency, safety, and flight experience.
Regulations can accelerate adoption
The regulatory environment also favors the segment’s advancement. In the United States, the update of the FAA’s MOSAIC rule is expected to expand the light aircraft category, allowing for more uses and designs.
In Europe, EASA is also making progress in certifications for electric and hybrid aircraft. This movement opens space for technologies like the magniAIR electric motor to find application in new projects.
In addition to recreational aviation, the technology can serve as a basis for electric or hybrid regional aircraft, eVTOLs, and applications in defense and light logistics. Commercialization of the magniAIR is estimated for 2027.
In the short term, the electric motor can transform pilot training, making it more accessible and less polluting. In later stages, such systems can stimulate charging infrastructure at small airports and support quieter and cleaner local aviation models.
With information from magnix
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