When there is no possibility of retrieving the rocket or it was destroyed during the flight, we lose the collected data about the flight path. Most existing systems are based on collecting data from onboard sensors, writing them on some built-in memory, and reconstructing data after retrieving the rocket. This, in addition toВ small size and a poor reflective surface of the object, affect conventional radar detection with small range and high measurement uncertainty. For smaller objects, like suborbital research rockets, legal regulations limit the power and bandwidth of the signal transmitted in non-licensed bands. Scientists have successfully used common radar technologies for large objects, such as airplanes, helicopters, or space shuttles, for decades. The main research program focuses on devices in the newest wireless systems such as WiFi, WiMAX, Bluetooth, ZigBee, UWB, RFID, wireless sensors, wireless mobile telecommunication 3G and 4G (UMTS, HSDPA, EDGE, LTE), collision avoidance radar, GPS, and Galileo.ДЇor one of our research projects, we worked on creating a wireless communication system that can estimate a rocketвЂ™s flight. WiComm is the only Center of Excellence in Poland and focuses its scientific and research work on wireless communication systems, radio-location systems, high-frequency communications, and information technology. The Minister of Science established the WiComm Center of Excellence in 2004 as a result of a contest that selected the 100 best research teams. Introduction toВ WiComm Center of Excellence ЕЃukasz Kulas - GdaЕ„sk University of Technology

Krzysztof Nyka - Delft University of Technology

Mateusz Rzymowski - GdaЕ„sk University of Technology Karol Abratkiewicz - GdaЕ„sk University of Technology Marek PЕ‚otka - GdaЕ„sk University of Technology Damian Duraj - GdaЕ„sk University of Technology

Rocket flight control system