Future Mobility Solutions
CycloRotor technology enables the creation of innovative aircraft for the rapidly growing Individual and Urban Air Mobility (IAM & UAM) markets. Powered by an electric motor, the CycloRotor provides versatile options, whether as primary or auxiliary systems for targeting the second wave of VTOL solutions. The unique flexibility of CycloRotors allows manufacturers to design emission-free, cutting-edge vehicles tailored to the demands of modern air mobility. This technology offers unparalleled freedom in aircraft design, supporting the transition to sustainable urban transport systems.
Scenarios for Main Propulsion
CruiseUp, AIR CAR – FEASIBILITY STUDY 2023
CruiseUp delivers high manoeuvrability and safety for urban, suburban, and rural travel, offering an exceptional passenger experience.
- Comfort & Manoeuvrability: Seamless hover-to-forward flight transition.
- CycloRotor Technology: 360° thrust vectoring ensures stability in harsh weather.
- Performance: Top speed of 150 km/h and a range of 100 km.
- Safety: Six-rotor configuration provides redundancy and safe landings, even in the event of rotor failure.
- Precision Flight: Enables sideways, backward, and mid-air braking without tilting.
CCY-01, eVTOL CARGO DRONE – FEASIBILITY STUDY 2022
CycloTech GmbH and Yamato Holdings Co., Ltd. have developed a mid-class cargo eVTOL for advanced aerial logistics within a feasibility study.
- Cargo Capacity: 45 kg payload with a 40 km range
- Wind Resistance: Capable of handling crosswinds up to 36.5 knots
- Compact Design: 2.7 x 2.5 m footprint, ideal for urban environments
- Manoeuvrability: Superior handling in confined spaces
- Efficiency: Optimised for quick loading/unloading, fast turnarounds, and ergonomic ground operations
Scenarios for Auxiliary Systems
HIGH STABILITY INSPECTION DRONE – CONCEPT OUTLOOK 2021
Integrating CycloRotors with rotorcraft drones enhances performance for inspections, offering a more reliable solution for tough environments.
- Enhanced Stability: Improved wind resistance
- Superior Accuracy: Precise positioning
- Harsh Condition Operation: Functions where other drones fail
- Versatility: Can land on moving platforms, like ships
This combination ensures greater adaptability and reliability in demanding conditions.
Technology Demonstrator
Over 800 Successful Flights
Since 2021, our CycloRotor technology has proven its precision and control through rigorous testing. Indoor trials showcased exceptional manoeuvrability in confined spaces, while outdoor tests under AustroControl/EASA authorisation in 2023 demonstrated 360° thrust vectoring in real-world conditions.
Technology Demonstrator
Over 800 Successful Flights
Since 2021, our CycloRotor technology has proven its precision and control through rigorous testing. Indoor trials showcased exceptional manoeuvrability in confined spaces, while outdoor tests under AustroControl/EASA authorisation in 2023 demonstrated 360° thrust vectoring in real-world conditions.