Mosquito Mini

MOSQUITO MINI

Ultra-Light eVTOL: Built with F1 Precision for Urban Delivery

MGI Engineering’s smaller version of the Mosquito eVTOL drone, weighing under a kilogram, represents a significant advancement in the eVTOL cargo industry. This ultra-lightweight drone is designed to transport small cargo efficiently over a range of 5km. Its compact size and minimal weight make it ideal for quick, short-distance deliveries, reducing the logistical challenges associated with heavier drones. The Mosquito’s innovative design ensures stability and reliability, even in urban environments where space and maneuverability are crucial.

Rapid launch eVTOL Pre programmed navigation and
autonomous flight
250km range
10-15kg payload

Benefits

This smaller Mosquito eVTOL drone offers a cost-effective and environmentally friendly solution for businesses needing rapid, localized delivery services. Its ability to navigate tight spaces and deliver payloads with precision makes it a valuable asset for industries such as healthcare, where timely delivery of medical supplies can be critical. By leveraging advanced eVTOL technology, MGI Engineering continues to push the boundaries of what’s possible in the cargo delivery sector, providing versatile and sustainable solutions for the future.

MGI R10 electric cargo eVTOL in flight over open field – modular drone platform for urban logistics and testing

Mission Effectiveness R10 enables last-mile delivery where traditional UAS or manned options are infeasible due to terrain, time or risk. With silent approach, hover-stabilised control, and terrain-following descent, M10 excels in urban, mountain, or maritime contexts. It’s ideal for supply drops, as a mothership for sub-munitions, or for denied-access tactical support.

Main Capabilities

  • Rugged tilt-rotor hover and drop
  • Precision control in wind and cluttered environments
  • Autonomous flight and cargo drop-off
  • Marine and land compatibility
  • ISR, cargo, strike, communications, or mothership UAS missions
  • Fully modular open systems architecture enables rapid in-service iteration
  • Proven autonomous navigation in contested environments