Mini Bee : an eVTOL hybrid aircraft.
Mini-Bee is a two-seat hybrid multicopter designed for light air ambulance missions, rapid field deployment and emergency support where runway access is limited or unavailable.
Built around access, simplicity and medical response.
Mini-Bee is not designed as a conventional helicopter replacement. It is a compact hybrid VTOL platform focused on missions where logistics, rapid assembly and operational cost matter as much as flight performance.
The aircraft combines a Rotax 916 iS thermal engine, twin EMRAX 208 high-voltage machines, supercapacitor support and 18 distributed electric rotors for vertical lift and redundancy.
A professional VTOL platform for field missions.
The Mini-Bee concept is strongest when presented through real use cases: medical evacuation, crisis support, remote access and emergency power for field operations.
Vertical access
Designed for takeoff and landing without runway infrastructure, supporting missions in isolated or damaged areas.
Hybrid endurance
A thermal-electric architecture targets longer operational range than battery-only multicopter concepts.
Deployable logistics
Modular structure designed for air transport in LD3 containers and reassembly on tarmac.
Hybrid power, distributed lift and simplified controls.
Humanitarian use cases with direct field relevance.
Light air ambulance
Transport of a stabilized patient or medical passenger with one pilot on board.
Mountain relief
Reach high-altitude clinics and rescue zones where roads or conventional access are limited.
Remote access
Reach islands, mountain areas or isolated communities without runway infrastructure.
Emergency energy
Hybrid power support for field hospitals, crisis camps and urgent electrical needs.
Designed to travel by civil cargo aircraft.
The Mini-Bee deployment strategy is based on modular packing into LD3 containers, reducing the logistical complexity typically associated with moving small helicopters into crisis zones.
Simple controls, assisted by the FCU.
The cockpit is designed around two seats, straightforward pilot controls and assisted flight logic. The objective is to reduce workload while keeping the pilot directly connected to the aircraft.
The Flight Control Unit is being developed around STM components, inertial sensors, barometric data and power distribution logic to manage lift, pitch, roll, yaw and emergency modes.
Prototype today, certification mindset from the start.
Mini-Bee is currently presented as a TRL4 demonstrator. The technical roadmap focuses on detailed structural design, 18-rotor FCU development, Rotax 916 iS ground testing, hybrid power generation and equipment validation.
2025–2026 focus
Collaborative design with academic and industrial partners, FCU 18-rotor test bench, Rotax + Kanardia ground tests, EMRAX hybrid generation tests, supercapacitor integration and structural validation.
Unpacked, assembled and prepared close to the mission zone.
The aircraft is designed around rapid deployment logic: civil cargo transport, modular unloading, controlled assembly and mission preparation close to the operational area.
This approach supports humanitarian operations where every hour saved in logistics can directly improve response capability.
Join the Mini-Bee open-innovation project.
Mini-Bee is coordinated by Technoplane SAS under the Lesser Open Bee License 1.3, enabling academic, industrial and independent contributors to collaborate on a practical humanitarian VTOL demonstrator.