Technical data Flying object: • Diameter: .......................................................................... 137 cm • Outside diameter .............................................................. 180 cm • Total weight (without helium): ...........................................1400 g • Total weight (with helium): ....................................................50 g • Weight of flying ring: ...........................................................740 g • Maximum payload: .....................................................up to 400 g • Maximum flight time:...........................40 min. (without payload) • 2 onboard cameras • 6 rechargeable batteries • 1 onboard computer • 4 steering motors • 4 hoist motors • 8 propellers • 8 infrared LEDs as active markers Installation: 10 infrared cameras Frame rate: ................................................. 160 images per second Exposure time: ......................................................................250 µs 1 central master computer Analysed pixels: ...................................3.7 billion pixels per second Project participants Project initiator: Dr Wilfried Stoll, managing partner Festo Holding GmbH Project management: Dr Heinrich Frontzek, Dr Elias Knubben Festo AG & Co. KG Design and production: Rainer Mugrauer, Günter Mugrauer Effekt-Technik GmbH, Schlaitdorf Electronics, software and integration: Agalya Jebens, Kristof Jebens, Dr Clemens Rabe JNTec GbR, Stuttgart Scientific support: Dr Nina Gaißert Festo AG & Co. KG Link 50017 en 4/2016 Festo AG & Co. KG Ruiter Strasse 82 73734 Esslingen Germany Phone +49 711 347-0 Fax +49 711 347-21 55 cc@festo.com www.festo.com/bionics
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