3. | Magnetic field drives | 3. | External energy | ? | Time machine: 2300 | ? | ? | Future |
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2. | Field Inertia | Telekinetic engine: 2036 | telekinetic magnocraft: 2200 | ? | ? | |||||||||
1. | Field force | Electric motor: 1836 | Magnocraft: ca. 2036 | Pulse motor | Starship | |||||||||
2. | Circulation of the mass | 3. | inner energy | Steam engine: 1769 | Jettlecraft: 1939 | Flue gas engines: 1867 | Rocket: 1942 | Present |
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2. | Inertia of the mass | Air motor: 1860 | Hovercraft: 1959 | Newcomen engine: 1712 | Propeller: 1903 | |||||||||
1. | Compressive force | Windmill: 1191 | Sail: ca. 1390 | Vidi's box: 1860 | Ballon: 1863 | |||||||||
1. | Drives with mechanical force circulation | 3. | Elastizität | Inertial drilling machine | Catapult | Driving force | Ball |
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2. | Inertia | Pottery wheel |
Combat ram | Flywheel | Slingshot | |||||||||
1. | Force | Drive crank | Flagpoles | Göpel | Wheel | |||||||||
Era |
Working medium type | Generation |
Energy source | Propulsions | Motors of 1 pair (relative movement) | Drive from 1 pair (absolute movement) | Motors with 2 pairs (relative movement) | Drives of 2 pairs (absolute movement) | Progress ====>> |
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Technical solution | First motor-propulsor pair: energy exchanger separated from the working chamber | Second motor drive transducer inside the working chamber). |