FEL and its Department of Measurement introduced a system for identifying incoming fire that can identify the type of weapon from which the shot was fired and the type of ammunition. Interested visitors could also learn about the sensor technology on which the detector of carried improvised explosive devices and metal objects can be based, which allows concealed installation and thus responds to the needs of today's public and security institutions. A professional military mortar was also available for testing, with which the difficulty of demining work can be tested. The Department of Telecommunications Technology, in turn, presented the F-Tester, which is primarily used for testing data networks.
The Faculty of Mechanical Engineering presented the work of its student Matouš Kmet, which is a complete design of a UAV (Unmanned Aerial Vehicle) with a wide range of applications. There was also a model of the UL-39 Albi ultralight aircraft and information about the next version of this successful project, the Albi II. The main motive behind this unconventional trainer concept for basic training of military pilots is an aircraft that can offer flight and operational characteristics close to a real jet trainer at a much lower cost.
FBMI and its Biomechanics and Assistive Technology team of the Department of Health Professions and Population Protection introduced the Body Recorder system. It is a wearable telemedicine multisensory system that allows monitoring the mental and physical state of persons performing demanding jobs within the armed forces and the Integrated Rescues System. The system allows monitoring of ECG, EMG, temperature and can be used alone or as a set of several systems to measure the health status of a team of persons performing a mission. It can be well used in extreme, isolated and confined environments, such as a forward base, submarine, ship, etc.
