Aircraft Technology

The simulator network consists of the two-seater fighter aircraft simulators MARS-FIT and MARS-42 with a large dome, the MARS-DOS ground control station simulator and MARS-FITi, a simple flight simulator for rapid prototype development.

The comprehensive in-house designs, which are tailored to the specific needs of military aviation, are characterised by a modular structure that enables seamless integration of the latest technologies and systems. This does not only guarantee high performance, but also the flexibility to simulate different deployment scenarios. A central element is the in-house development of scenarios for different flight and mission phases. The customisability of the simulation means that specific issues can be taken into account, enabling individual evaluation. Other elements to be emphasised are the networkability and the comprehensive data analysis options for simulations and tests using a specially developed operator station.

Innovative sensor and measurement technology for military flight testing

Innovative, high-precision and miniaturised sensor and measurement technology is a cornerstone of experimental research in military flight testing. By designing, integrating and operating our own miniaturised sensor and computer systems, as well as their modular structure, we can provide flexible and powerful hardware and software solutions that meet the special requirements of military aviation, regardless of manufacturer or platform.

A sensor network, which can be wireless or wired depending on requirements, enables reliable data acquisition and transmission in real time, regardless of the platform or manufacturer. Mobile self-sufficient radio links and telemetry stations can be used for flight tests, ensuring effective communication and data transmission during flights. The collected data is processed using advanced analysis and evaluation software, which makes it possible to gain precise insights into the performance and safety of the aircraft.

Specialised systems and equipment for military missions

Verification, validation, certification and qualification play a central role in militarily relevant areas of aviation, such as the transport and airdrop of parachutists and loads, aerial refuelling or special mission systems. These processes are necessary to ensure that systems and procedures not only comply with specifications and standards, but also fulfil real-life requirements and safety standards. Our technical expertise in special systems and equipment for military missions enables precise analyses, evaluations and assessments that are crucial for the development, certification and qualification of new military aircraft.

Verification and validation of software, electronic hardware, avionics and communication systems

Verification and validation of software, complex electronic hardware, avionics and communication systems are crucial processes for ensuring the quality and safety of complex systems in the aviation sector. As part of certification and qualification, we investigate whether the systems have been developed in accordance with the specifications and recognised standards and guidelines for safety-critical software and hardware.

Through the further development of methods and tools in the fields of engineering, data science, simulation and virtual reality, model-based approaches can contribute to early fault detection and improve efficiency and safety in critical applications.

Analysing and evaluating overall systems: Safety and General Systems

Comprehensive analysis and evaluation of overall aircraft systems is a multidisciplinary process that integrates essential elements of safety, systems engineering and mechatronic system design to ensure the integrity and performance of modern military aircraft. The methodology and processes of systems engineering play a central role in this by providing a structured approach to the development and integration of complex systems. In aviation, the development methodology is closely linked to safety assessments. Critical points in design and operation must be identified and eliminated at an early stage in order to minimise risks for successful certification and qualification.