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Future Applications
New Aviation Markets

Future Mobility Solutions

CycloRotor technology drives innovative aircraft designs, serving the growing electric flying markets of the 21st century and unlocking new use cases. Powered by an electric motor, CycloRotors offer versatile options as both primary and auxiliary systems. Their unique characteristics enable manufacturers to create cutting-edge, emission-free vehicles tailored to the evolving needs of modern air mobility.

Application as Auxiliary System

CONTROL OF CARGO BALLOONS
CycloRotors are an ideal instrument to steer a self-floating balloon, when repositioning to pick-up cargo, travel to the delivery location and to hold position during placing the cargo in flight.
Manouverability in 6 axis
Correction of the position of the gondola
High reactivity in changing wind conditions
Electric propulsion enhancing overall safety
PAYLOAD STABILIZER
Adding CycloRotors to sling load transported by helicopters enables the control of the bulk cargo in the riskiest situation near ground - the payload positioning/delivery phase.
Faster mission turnaround time
More precision in difficult terrain
Improved wind resistance
Superior accuracy
HIGH STABILITY INSPECTION DRONE
Integrating CycloRotors with rotorcraft drones enhances performance for inspection and maintenance, 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

Application as 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 - Range of 100 km with 200kg of payload and a top speed of 150 km/h

  • 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

Press Release Request more Info 3D Show Room

CCY-01, eVTOL CARGO DRONE – FEASIBILITY STUDY 2022

On request by Yamato Holdings Co., Ltd. /Japan, CycloTech and Yamato developed a mid-class cargo eVTOL for advanced aerial logistics, in a joint 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

 

Press Release

Your Customised CycloRotor System

Starting from your mission requirements we offer to design a custom made CycloRotor System. i.e. quantity and sizing of CycloRotors, their control and the integration into a Flight Control System.

- in a collaborative effort
- iterating with you the vehicle and CycloRotor system design

Why Partner with Us? We bring years of aviation expertise, the innovative CycloRotor system, and a commitment to sustainability. Our cutting-edge solutions will pave the way for your success in electric air mobility.
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A Customised System Solution

CycloTech’s CycloRotors enable versatile applications across a wide range of air vehicles. The CruiseUp exemplifies this potential, showcasing how 360° thrust vectoring can be harnessed to ensure a seamless, efficient and comfortable flight experience.

Experience the CruiseUp in a 3D Show Room