The partnership will focus on three main areas: capability enhancement, military UAVs in category IIa, and certified training and testing. This development aligns with QinetiQ’s Global Threat Representation strategy, reinforcing its role as a key service provider in military exercises and operational capability development.
Building on years of cooperation, HENSOLDT and QinetiQ have previously worked together on airborne radar systems and reconnaissance technology. Their expertise includes operating PC-12 test aircraft and supplying surveillance technology for QinetiQ’s fleet.
With facilities in Bavaria and Schleswig-Holstein, the two companies are well-positioned to support the German Armed Forces and other security agencies. The collaboration will facilitate advanced training and operational readiness for UAV systems in Germany.
HENSOLDT has been recognised by the German Armed Forces Aviation Office as a certified body for military UAVs in category IIa. This category includes drones used for target presentation, prototypes, and system demonstrators, further solidifying the company’s role in UAV development.
Additionally, HENSOLDT will serve as a certified training and testing centre for remote pilots of civil UAVs in QinetiQ’s category 2c. These are drones that do not require prior approval, allowing for streamlined operational deployment. As a multi-certified body, HENSOLDT will provide comprehensive system support as part of the strengthened cooperation.
Thorsten Heil, Head of Flight Operations at HENSOLDT Germany, highlighted the significance of the expanded partnership. He stated that HENSOLDT remains committed to delivering customer-oriented and market-driven solutions to enhance defence capabilities and public safety.
Matthias Grögor, Head of Strategic Business Development at QinetiQ Germany, emphasised the importance of the collaboration in advancing UAV technology. He noted that the initiative would help establish Bavaria as a leading hub for drone technology, reinforcing Germany’s position in the field of uncrewed systems.