The DELAER RX-3 (from English: delivery and aerial) is a tactical unmanned aerial vehicle (UAV) currently under development by a consortium consisting of greek private companies and the Aristotle University of Thessaloniki. It is capable of performing border surveillance missions and aerial delivery of lifesaving supplies to islands and mainland territories via its internal cargo bay.[2] A possible future use for military operations is being considered.
The development on the DELAER RX-3 started in 2018 and involved a consortium consisting of three research institutes of the Aristotle University of Thessaloniki of which the Laboratory of Fluid Mechanics and Turbomachinery acts as the project coordinator and two private companies, Intracom Defense Electronics (IDE) and Carbon Fiber Technologies (CFT). The project is co-financed by the European Union and Greek national funds.[3]
In September 2018 at the 83rd Thessaloniki International Fair, the first true to size mockup of the DELAER RX-3 was presented to the public.[4][5] During the fair the DEALER RX-3 caught the attention of military officials, paving the way for a national military UAV program.[6][7]
In November 2020 during a televised interview on the Greek television broadcaster ERT with the coordinator of the DELAER RX-3 project prof. Dr. Kyros Yakinthos, it was announced that the construction of the RX-3 is scheduled to be completed by March 2021.[8]
IDE notes, that the LOTUS will utilize knowledge acquired through the development of both the HCUAV RX-1 and the DELAER RX-3. Furthermore, the consisting tripartite consortium will be expanded with additional companies and universities from Greece and European companies from Cyprus, Spain and the Netherlands.
The DELAER RX-3 is a novel unmanned aerial platform, emerging from the HCUAV RX-1, that introduced an improved design and more advanced fuselage characteristics. The aim was to improve aerodynamics, increase the payload, range, and the operational profile of the UAV in comparison to the previous generation. It was built with the extensive use of composite materials and a fixed wing design that incorporates a Blended Wing Body (BWB) architecture. Furthermore, it features an insulated payload-bay for the aerial delivery of supplies, advanced electronics and a one-man portable ground control station (GCS) that uses a double encrypted data-link to communicate and control the UAV.
The aerial vehicle was designed for complete autonomous flight and interconnection with the Greek civic protection network, since its initial and primary mission is provision of humanitarian aid and ground patrol of isolated forest, mountainous and island regions of Greece.[11]
Greece
