CycloTech's Innovative 360° Thrust Vectoring Technology.

CycloTech alternatives to the traditional propeller, pitch-controllable rotor, or ducted fan for generating thrust is specifically engineered for the eVTOL (electric Vertical Take-Off and Landing) market. There innovative 360° Thrust Vectoring System, drawing upon the cyclogyro principle, facilitates full 360° thrust vectoring. This attribute not only promises to redefine maneuverability within aircraft design but also significantly enhances the adaptability and efficiency of eVTOL (Electric vertical take-off and landing) UAVs (Unmanned Aerial Vehicles) and urban air mobility solutions.

 The CycloRotor barrels, also known as Voith-Schneider propellers, maintain a relatively steady rotation speed once the aircraft is airborne, unlike traditional eVTOL propellers that frequently adjust their speed to maintain stability in varying wind conditions. The Voith-Schneider Propeller, a technology that has been effectively used for many years, offers exceptional agility and stability to ships within the maritime industry.

The barrels feature a series of blades along their walls, which can have their pitch adjusted throughout each rotation. This allows for immediate alterations in both the strength and direction of the thrust across a full 360-degree arc. The CycloRotors' operational efficiency is further enhanced by their ability to maintain a constant rotation speed, irrespective of wind conditions, facilitated by adjustable blade pitch. 

The CycloTech system's compactness, combined with its operational versatility in confined spaces and under challenging weather conditions, underscores a leap in safety and agility for VTOL aircraft and drones.

The development and testing phase of CycloTech's technology has been methodical, culminating in outdoor flight permissions and a comprehensive noise testing campaign. These advances underscore the potential of CycloRotor technology to meet the stringent requirements of aviation safety and environmental considerations. 

To pair with there 360° thrust vectoring system. CycloTech has unveiled CruiseUp, a pioneering air car equipped with CycloRotors, which exemplifies the practical application and advantages of the CycloRotor technology. The development of CruiseUp, fueled by 15 years of technological refinement, wind tunnel assessments, and over 500 test flights, aims to cater to the burgeoning demand for individual air mobility. This vehicle is designed to seamlessly integrate into future daily life, offering a sustainable alternative to conventional ground transportation methods. 

CruiseUp's design integrates six CycloRotors, providing a fail-safe mechanism that ensures operational safety even if one rotor fails. This setup enables precise control over the vehicle's movement, including sideways and backward flight, without necessitating any tilt or banking of the vehicle, thereby ensuring passenger comfort and safety.

Looking ahead, CycloTech envisions a significant shift in the aviation landscape with the introduction of electric flying eVTOL vehicles. The company predicts a transition towards more personalized eVTOL vehicles that promise true point-to-point transportation. The CruiseUp model, with dimensions modestly surpassing those of conventional cars, is poised to blend seamlessly into the urban environment, marking a stride toward the integration of "Flying Cars/Air Cars" into everyday life.

As the aviation industry stands on the cusp of a new era, CycloTech's 360° Thrust Vectoring System and the CruiseUp air car are emblematic of the innovative spirit driving the future of air mobility. This journey towards sustainable, efficient, and adaptable aviation solutions continues to unfold, promising an exciting horizon for both the industry and its beneficiaries.