Students from Kaunas University of Technology’s M-Lab, in partnership with the innovative company Nando droid, are making significant strides in supporting Ukraine’s defence amid the ongoing war against Ukraine instigated by Russia. Their project involves constructing first-person view (FPV) kamikaze drones designed to carry explosives and detonate upon impact, providing crucial support on the battlefield.
The primary goals for these drones are to achieve a long flight range and carry substantial payloads. A second-year Electrical Engineering student at KTU and a drone engineer at Nando droid highlighted the indispensable role of drones in modern warfare, stating that they save countless lives and enhance reconnaissance efforts. The CEO of Nando droid echoed this, emphasising the life-saving potential of drone technology and the importance of fostering innovation through hands-on learning experiences for students.
KTU’s M-Lab has become a vital space for nurturing future drone engineers. The KTU National Innovation and Entrepreneurship Centre (NIVC) project manager praised the lab for attracting business collaboration opportunities and providing students with practical experience that complements their theoretical knowledge. This partnership with Nando droid is seen as a convergence of shared values and future goals.
One of the notable aspects of this collaboration is the potential for local production of drone components. Currently, many parts are sourced from China, but the advanced infrastructure at M-Lab could enable in-house production. This would streamline the assembly process and boost drone output, as noted by the Director of Strategy and Quality Management at KTU.
In the Young Lab, a creative space within M-Lab, students are actively involved in assembling, programming, and testing drones, with each kamikaze drone designed to carry a 2 kg load. Over 10 drones have been assembled so far, with the capability to produce up to four drones a day. The assembly process, which involves significant soldering and component placement, is straightforward enough to be learned within a day.
Looking to the future, KTU M-Lab’s engineering teams are aiming to develop versatile drones for various applications. Plans include improving drone logistics and infrastructure, such as autonomous charging stations, and designing an automatic payload launcher for reusable drones. Additionally, the team is working on devising protection against forced drop systems.
By engaging students in these real-world projects, KTU M-Lab and Nando droid are not only contributing to Ukraine’s defence but also preparing the next generation of drone engineers. This initiative positions them to lead future advancements in drone technology, fostering innovation and practical skills that are critical in today’s technological landscape.
