Enhancing Tilt-Rotor and Tilt-Wing Control with Veronte Autopilot System

The VTOL UAV layout is one of the most popular designs due to its flexibility and efficiency for transport, surveillance, and tactical applications. It combines the benefits of a vertical flight aircraft, beign possible to takeoff and land in challenging locations, and the efficency of a fixed wing plane. From helicopters to hybrid platforms, tilt-wing and tilt-rotor designs stand out because of the efficiency they can offer.

Tilt-rotor & tilt-wing designs?

A tilting aircraft are innovative VTOL designs that combine the vertical takeoff and landing capabilities of helicopters with the efficient forward flight of fixed-wing airplanes. Tilt-wing aircraft achieve this by rotating the entire wing, while tilt-rotor designs use rotating nacelles with large rotors.

These configurations allow the aircraft to seamlessly transition between vertical take-off and landing (VTOL) and horizontal flight modes (fixed-wing). By dynamically adjusting engine orientation and control surfaces, tilting aircraft can maintain optimal aerodynamic performance, stability, and control in varying flight regimes. Advanced flight control algorithms are crucial to managing these transitions, ensuring both safety and performance are maintained. This adaptability makes it an ideal choice for missions requiring both hover and high-speed cruise capabilities.

Veronte Autopilot integration

As good as it sounds, designing a tilt-rotor / tilt-wing aircraft is not easy. The increased complexity compared to traditional aircraft presents major design, manufacturing, maintenance, and control challenges that must be overcome to deliver a solid product.

This is where Veronte Autopilot excels, offering a high level of flexibility in control schemes, actuator control mixes, and automatic actions. Want to keep it simple? Create a hover mode and a flight mode, then design transitions between them. Want to go one step further? Design a hybrid controller. Then simply select a mission, and your aircraft will adapt accordingly, automatically changing its configuration to suit the current flight conditions.

Veronte Autopilot allows users to program detailed control logic and flight behaviors using a block-oriented interface. This modular approach to programming simplifies the implementation of complex control strategies, such as managing motor tilt angles, control surface deflections, and automatic transitions between flight modes. The system can also dynamically adjust to external factors like wind conditions or payload variations, ensuring the aircraft maintains optimal flight performance at all times.

Where other control systems fall short due to their closed architectures, Veronte provides the user with block-oriented programming tools to design the control scheme your application requires. If you can design it, Veronte will make it fly!

Don’t know where to start? Our integration team has worked on a wide range of VTOL projects around the world. Their experience and expertise will ensure that you get the best out of your product and unlock the full potential of Veronte Autopilot.

About Embention:

Leading provider of advanced control systems for autonomous vehicles with 17 years of experience. Embention offers reliable autopilot systems, motor controllers, and avionics for drones and eVTOL. With over 135 employees, it has a strong dedication to safe, efficient, and innovative autonomous flight. Listed on Euronext stock exchange, the company showcases its commitment to transparency and to address company growth to create value for stakeholders.