Basics of resonance and oscillatory systems. 10th module from the Physics Primer on-line e-Learning suite at Steorn SKDB. Sign up to SKDB Lite for free at www.steorn.com.
Basics of resonance and oscillatory systems. 10th module from the Physics Primer on-line e-Learning suite at Steorn SKDB. Sign up to SKDB Lite for free at www.steorn.com.
This Window Bedini motor run 300 rpm and use only 0,0054 Watt power. One Led use normaly 0.0250 Watt. My Steorn motor use about 0.124 Watt. Can anyone do this bettet ??? Tell my . I have about 1,5 volts losses in the 2 transistors.
This video is simply to show that you can get a Steorn motor to run on very little power. This is a virtually dead 9V battery.
Short, speeded up Clip of Steorn 2009 Orbo Demo being broadcast live from Camera 1. Check out www.steorn.com for full feeds and information.
Part 1 of 4 of the live Steorn Orbo demo presented January 30, 2010 at 16:00 GMT (11:00 EST).
Video Rating: 3 / 5
Here this the new Orbo Steor V4.1 after a fine tuning and a some mechanical adjustement. The motor run smooth and the scope curve are now very stable. Look at carefully the scope, see the Current curve, it is flat and horizontal… Where is the CEMF here ? see the also real time power curve, No spike… More info at: jnaudin.free.fr
Gigagauss.com A replication of the steorn low energy actuator, although not part of the overunity motor they are developing, it could be used for a motor. The actuator enables a field to be switched on and off
Video Rating: 4 / 5
What goes on in the Steorn SKDB Part 1 I know there will be plenty of comments regards the use of the Big battery. But this was used while tuning up and adjusting the Rigs. There is a lot of fine tuning with the magnetic bearings and stability of the Rigs before you can move on. Here is a clip from November 2009 of one of the Rigs I was building in Steorns closed off SKDB. I cannot go too deep into the configuration due to the usual NDA, but thought it would be nice to show some samples public, with permission from Steorn of course ! www.overunity.org.uk You can check out Steorn and the SKDB over at http
This video is to show the violent cogging effect caused by the new magnet arrange on my Steorn replication motor test platform. This is caused by the intensely strong magnetic attraction to the toroidal coil’s cores due to the new magnet arrangement.
This is the first in a series of videos showing my STEORN ORBO research.
Learn about thermodynamic fundamentals and the laws of thermodynamics. 8th module from the Physics Primer on-line e-Learning suite at Steorn SKDB. Sign up to SKDB Lite for free at www.steorn.com.
Part 5 of progress on replicating Steorn E-Orbo. Now the Demo is over I feel that we now have all the parts of the Jigsaw puzzle to replicate. I have layed out 18 points that I feel need to be done to get to the same result, if Steorns claim holds true. Due to my NDA with Steorn I cannot release certain information and have removed sound from this video. But will post progress where I can and will show the result at the end, whether if works or not. I let Youtube choose the random music, so blame them LOL Sorry if the rig seems really tall, think I had the camera set to 16:9 instead of 4:3
The purpose of this test is to measure the Viscous Remanent Magnetization decay Vs the time of the toroïdal ferromagnetic core used in the Steorn Orbo motor v4.1. When the 1st rotor magnet lives the toroïdal core, the ferromagnetic material of the core remains temporarily magnetized to the opposite polarity of the leaving magnet due to the VRM effect. So, the 2nd rotor magnet will be more attracted by this temporarily magnetized core during its approach. The time of the VRM decay is very important to get free energy from this process and its tuning is critical… more info at : jnaudin.free.fr