@amaterasusolar: 88... Wasn't that an important number in Back to the Future...? LOL! Yes, "overunity" is surely possible in many ways.
Francis McCabe’s 88X Torque Over-Unity Oscillating Gyro Piston Prototype by @mes on 3Speak
Amazing demonstration by the late great Francis McCabe showing his oscillating gyro piston prototype that can produce 88 times torque over unity! Interestingly, the person filming this video is Jas...
Tags: #gyroscope #overunity #freeenergy #torque #gyro #ericlaithwaite #physics #engineer #energy
That's a thousand. Now, could you explain this all one more time for the camera? So we have this battery here, which turns, which turns these? No, that battery, excuse me, yes, you're right, that battery spins these wheels. And spins them this way? Right, whatever direction it goes, and I think I had everything. So now you have to spin. Now, nothing's happening. And then you power this motor, which starts to turn these. Now, the turning has to be faster than the natural rate of recession, and you would get it operated by hand. So now you're... Using this to make the oscillation power. So now the oscillation happens, you end up putting 210 pounds here times over 10 inches, so pull that 2,100 inch pounds, is your output. The input is only 3 plus about 21. So let's say 25 inch pounds in, and 2,100 inch pounds out. Jeez. Can we see this demonstrated later? Yeah, you'll like it now. Cool, that would be good. Let's see if I got enough left here. Okay, so now, let me pump this first. Yep. Right now, if we spin that, It's a little out of balance, but basically you don't get much power. Okay, now we start to spin. Okay, now we got is a little imbalance. Unfortunately, it's a little out of balance. Okay, now we've got the spin power. Okay, now... So that goes up to 30. So you get 30 times seven square inches. So that's 20. 10 pounds. Remember, we only put 25 inch pounds in. We've got 210 times, because again, it's got to go to it to a heart of 10. So that's 2,100 inch pounds out for less than 25 inch pounds in. Can you do the oscillation part again? Good Lord. Now, if I put that over a little further, This will actually rip itself upon. Covering the ball. I believe you are. It will tear itself before. It's way too much power. But the only power, it takes, no matter how much you're loan, whatever course, it doesn't feel it, it doesn't measure. It's only 1.2 amps. They never go up, no matter how much a load. And what's your name, sir? Grand. is the Cape. Fran McKay? Okay. I just want to get that. So Tesla calls this the wheelwork of nature. So he was behind some of the inspiration on this stuff. Every real connecting factors, Tesla and brought everybody together. Everybody is connected to Tesla. Yeah, he draws the power out of the Cosmos. And then he explained this, and now, I couldn't really, I don't know. I was over a phone, and I tried to get some of the information. But he, but he, actually. I said this point of all, it was going to not to bring the people because they can see it, they can be able to accept it. He says the next step that he's going to try to get through is the power, now I can run it up. There's a bunch of wave, much of motion, tight motions, and then intently, beating, everything. being received by a receiver and then that's that power that's even through a lot of me, that's the power that Tesla wants to bring to the internet. All the rest of it is, like even his white wooden set a tower, just would have that power. Anyways, let's go further. So, yeah, I have to put all these illustrations on it just to illustrate exactly what's happening. So there is a 210 pound of force that is required to move this piston. There's up and down motion of the piston. There's a side-to-side oscillating by the force-procession inertial lift, actually. It's inertial propulsion. And then there's the force-percession in red. and there is the spinning direction of the gyros again. Let's keep going further. So this is absolutely amazing. Here's an illustration of a compressed air cylinder pistons to give you an idea of how it works. So if you have air pressure in this side, this is a double-acting cylinder that if you increase air pressure here, it's going to push out this way, force to this way. But if you have a lot of pressure here, and we're actually, this is the, put a lot, a lot of pressure in here, pushes it outwards all the way over here. And likewise, on the reverse, if you're pushing it inwards like this, yeah, there's a lot of pressure from the outside across here. So you can basically move the shaft by changing the pressure. there as well as requiring more force that it can withhold by the amount of pressure on either side and as well as being compressed and so on. So essentially the compression of air, yes, as it's compressed, it can build up more pressure and hence require more force or generate more force if you're doing that. So in this case here, so if you want to move this to the right, you can increase air pressure inside this left side. It will push out air and move whatever force across there. So just an illustration of that. and likewise on the reverse side. Essentially, the compression of air builds up in pressure and can generate force on the piston or requiring force to move this piston up and down. So there is his, and you can see that there's air input and or output on other sides. So, yeah, it appears to be a double -acting cylinder like this. So this illustration. So here are the stats that McCabe describes regarding as gyro piston dynamo. The piston exerts upwards. 210 pounds of force at about upwards and downwards depending on how the piston's moving and how the oscillation of the jarrow is. So, 210 pounds of force at about 10 inches from the fulcrum, thus 210 times 10 equals 2,100 inch pounds of torque is required to compress the piston. The procession rotor, or the rotor that generates a procession, is capable of 21 inch pounds. The gyro wheel's rotor is capable of about 3 inch pounds. divided by total input torque equals 2,100 inch pounds divided by 24 inch pounds, or about 87.5 torque over unit to round up to 88. It's fascinating stuff. So when the driver wheels aren't spinning, the piston barely moves, but shakes a bit, yeah, mainly from the imbalance of the overall setup, and, quote, Newtonian centrifugal force, because it's not spinning the wheels, just the procession or a force procession. or global spin. So when the gyro wheels are rotating, force procession from the procession rotor cause the gyroscopes to exert massive amounts of torque, massive amounts of torque, far greater than the combined input of the two rotors are capable of. This torque is manifested through the oscillating back -and-forth motion of the gyro setup as it acts upon the piston. This oscillation motion is due to the force procession, constantly switching directions as the gyro wheels twist. See, that's fast and stuff. So now let's look further at practical applications of this piston is. Over Unity gyro piston power car. Imagine a simple gyro torque over Unity piston mechanism being used to power cars with extremely low amounts of electrical input power. So you can get a drag racer like this, where you can generate massive amounts of torque, especially initially, for low amounts of input power, and just to generate fast acceleration initially. So that's fascinating stuff you can power this. That's a great Photoshop. So over Unity Compact gyropiston powered bicycle? That's a good question. What about a manually self-charging small gyro piston bike here? So yes, would this piston prototype be able to power the wheel or just be, when you spin the wheels, it can generate... or the input torque generated can create more output, and if you can somehow power a self-charging battery connected to the wheel or whatnot. I just put it there, it looks cool. But, yeah, so maybe if that's a battery pack, you'd be powered by this, and that'll be absolutely amazing. Or you can just directly power the bike as you go uphill, you go super-powerful or torque, over-unity. So anyways, over-unity, torque, yeah, over-unity giant gyro piston power plant. The possibility is there endless now. Look at that. It's a great Photoshop by yours truly. Hashtag a green new deal.
@amaterasusolar: 88... Wasn't that an important number in Back to the Future...? LOL! Yes, "overunity" is surely possible in many ways.