Man it's cool.
Could we make fully functional mechanical beasts? I mean think about it. We just need to design a way for it to search for a power source to get energy. A way to syphon said electricity. The procreation thing is the hard part.
Air Ray PDF
Air_ray is a remote-controlled hybrid construction comprisinga helium-filled ballonett and a flapping-wing drive mechanism. Theballonett is a gastight bladder of aluminium-vaporised “PET foil”with a specific mass of 22 g/qm; it can be filled with up to 1.6 cbmof helium. Since 1 cbm of helium generates approx.1 kg weight ofbuoyant force, Air_ray’s overall mass must not exceed 1.6 kg. Air has a density of 0.0012 kg/m3 at 20° Celsius at sea level;by comparison, the density of water is about 1 kg/dcm3. In thedesign of Air_ray, the difference in density between these twomedia necessitates an extremely light construction. This enablesAir_ray to almost hover in the air by means of the buoyant forceof the helium ballonet, floating through a sea of air just as theManta_ray does in water. The propulsion is effected by a flapping-wing mechanism. Thewing module, which can be moved up and down by a servo driveunit, has a structure like that of the tail fins of many fish. Thisstructure consists of two alternating pressure and tension flanksflexibly connected by ribs.
Air_ray is a remote-controlled hybrid construction comprisinga helium-filled ballonett and a flapping-wing drive mechanism. Theballonett is a gastight bladder of aluminium-vaporised “PET foil”with a specific mass of 22 g/qm; it can be filled with up to 1.6 cbmof helium. Since 1 cbm of helium generates approx.1 kg weight ofbuoyant force, Air_ray’s overall mass must not exceed 1.6 kg.
Air has a density of 0.0012 kg/m3 at 20° Celsius at sea level;by comparison, the density of water is about 1 kg/dcm3. In thedesign of Air_ray, the difference in density between these twomedia necessitates an extremely light construction. This enablesAir_ray to almost hover in the air by means of the buoyant forceof the helium ballonet, floating through a sea of air just as theManta_ray does in water.
The propulsion is effected by a flapping-wing mechanism. Thewing module, which can be moved up and down by a servo driveunit, has a structure like that of the tail fins of many fish. Thisstructure consists of two alternating pressure and tension flanksflexibly connected by ribs.
Cool
I'm not sure why they made it...except it's cool.
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