In this archive film from 2006, Steorn call for engineers and scientists to come and test Orbo energy. Sign up to the SKDB to develop Orbo applications: www.steorn.com
7 January 2010 at 12:25 · Comment
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This experiment shows the change of the coil inductance Vs the rotor magnet position above the toroidal stator coil. I have used the Steorn motor v2 for conducting this test. I have measured the coil inductance with an inductance meter Voltcraft LCR-90…
5 January 2010 at 18:54 · Comment
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Here a very interesting experiment which shows the current lag in the toroidal coils of the stator while the rotor magnet is turned by hand. This is a good method to wind the position where the coils must be energized by the controller.
1 January 2010 at 09:04 · Comment
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Here this is a test of the Steorn motor v2 with the new high inductance toroidal coils on the stator. The is no induction effect measured across the stator coils, if the motor is unpowered at full speed and the controller disconnected. More information…
30 December 2009 at 17:59 · Comment
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This new version of the Steorn motor V2 uses higher inductance coils (L=12mH) and require 10 less current than the previous version v1. The power input is 4.8 W ( 0.4 A at 12 Vdc ). More technical informations are published at : jnaudin.free.fr
30 December 2009 at 17:33 · Comment
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Min. power use 2,9 volts x 50 mAmps = 0145 watt. Speed 600rpm I will try to reach zero power or overunity ?? free energy. The toroid coil have about 300 turns. I have back EMF. Incoming search terms:calculation coil…
29 December 2009 at 14:33 · Comment
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This is a video of some experiments using 2 identical 10mm ultrabright LEDs where I sand the end and then sides of one and compare it to our control LED. Jeanna, over at Overunity.com was interested in this as we…
28 December 2009 at 02:26 · Comment
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Here a basic experiment to understand the Steorn’s effect used in the magnetic motor. by Jean-Louis Naudin – JLN Labs – jnaudin.free.fr
27 December 2009 at 13:53 · Comment
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The setup consist of a toroid with coil winding and a dremel motor. On the end of the dremel is a round piece that allowed me to attached 4 NdFeB magnets, two on each side (180 degrees apart). If we look at one side (two magnets) we’ll see one magnet t…
27 December 2009 at 01:06 · Comment
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The Steorn motor replication : No induction and No Back EMF in the stator coils The Steorn magnetic motor replication by Jean-Louis Naudin. Here in this test, there is No induction and No Back EMF induced in the stator coils while the rotor turns at hi…
26 December 2009 at 15:38 · Comment
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