KLISSAROV DESIGN UNVEILS ‘ACRO’ EVTOL
The Klissarov Acro is an ultralight personal eVTOL concept unveiled by French Riviera design studio Klissarov Design at the Monaco Yacht Show, created specifically for the yachting world. Built around advanced cycloidal rotor technology with 360-degree thrust vectoring, the single-seat Acro is engineered to land on yachts in nearly any sea or weather condition, offering an aerobatic, emotionally engaging 3D flight experience for a new generation of yacht enthusiasts.
What is the Klissarov Acro eVTOL?
Klissarov Design, an independent vehicle design studio based in the French Riviera, introduced the Acro at the Monaco Yacht Show. The Acro is a revolutionary eVTOL (electric vertical take-off and landing) concept vehicle intended for use in the yachting world. The objective is to resonate with the up-and-coming generation of yacht enthusiasts through an emotionally engaging experience. The ultralight recreational eVTOL is engineered to provide the "ultimate 3D flight joy experience: aerobatic, fun, and emotional," responding to high demand for unique yachting experiences. Its propulsion system leverages advanced cycloidal rotor technology, enabling 360-degree thrust vectoring, superior maneuverability and stability, making it capable of landing on yachts in nearly any sea or weather situation. As Vertical Mag reported, the concept is aimed squarely at superyacht owners.
What features does the Acro design have?
The Acro carries several innovative features, including an emergency ballistic parachute system fitted at the top, a 3D printed heat sink that forms the structural airframe, and a "Structural Harness" that secures the pilot and increases airframe rigidity. It supports helmetless operation and dual joystick control with no pedals required. Vivid enhancements include dual side-screen HMI for improved environment visibility, a tilting structural polycarbonate canopy that integrates joysticks and screens, and seamless front access. The Acro offers instant control of omnidirectional thrust magnitude and orientation, variable flight positions and angles, and multiple flight modes, including Angle mode, Horizon mode, and Acro mode with AI assistance.
How safe and eco-friendly is the Acro?
The vehicle's mass breakdown shows that the maximum takeoff weight equals the overall hover thrust at about 62 percent of the cyclorotor's maximum overall thrust. The propulsion system is based on an advanced and optimized Cyclo Tech CR-60 cyclorotor, allowing the vehicle to hover and land safely even in the case of two simultaneous engine failures. Beyond the thrilling and safe flying experience, the Acro also offers an environmentally friendly option thanks to ultra-low noise pollution, an electric propulsion system, and a compact design that eliminates the need for a traditional helipad. It also incorporates hassle-free "dock-in" charging at the bottom of the aircraft. The concept is catalogued in detail by eVTOL News.
Photo: KLISSAROV DESIGN
Discover personal aircraft at TheArsenale
The Klissarov Acro shows where personal flight is heading, and TheArsenale already curates real flying machines in the same spirit. Explore the XPENG X2 eVTOL flying car, the autonomous Ehang AAV passenger drone, the Valkyrie private aircraft, and the Atea hybrid-electric aircraft. Browse the full flying cars and eVTOL collection to step into the future of air mobility.
