 So this is the turbine down, so you can see the chain drive in here. So this is a treadmill motor, which is a brush DC generator in this case, which will do a fairly good voltage per RPM, and then that is a standard bike sprocket set, which I've just mounted onto the axle of it, just with some nylon, like a plastic chopping board, cut with a circle saw, just as a spacer, and then just a faceplate across here, like you can see, like ground, like the rim down a bit, just so it sits in there. Bike chain, and then these are scooter wheels, which I've put in a drill, and then just lathed essentially, so cut like profile into them with just like a wood chisel, and those are to tension the chain in to the wheel. And then this is like about a loop and a half, like a length and a half of bike chain wrapped around the wheel, and to get there to engage properly with the wheel rim, you can see, I have, it's difficult to see, I've glued in a length of chain to the wheel rim, and then the chain engages with the other chain, basically, so because it's spaced fairly, well it's the same spacing of chain, it grabs onto those like teeth, and it works okay, like I can improve on this, but for the time being, it gives a nice result, what is like a sweet spot where it's grabby enough that it won't slip much on the wheel, but then not so resistant, doesn't need so much tension that it puts resistance on the turbine. This is tuned for it when it's, when the vertical is up, so this chain is like a lot tighter than it would be, than it is when it's vertical, just because this pole like flexes a bit when it's flat like this, which changes the layout a little bit. So the cables are just standard attachments, like de-clamps, thimbles, de-shackles, thimbles, de-clamps, this is 6mm cable, could have got away with 5, but they didn't have 5 so they gave me 6 at the same price, everything else is 8mm basically, and then there's a diagonal there to keep it all stable, and then I will in the future be putting another diagonal up at the top, just because it just makes sense to do so. The vanes are attached 3 on 3 and like a half step out of phase, sort of hexagon basically, so each set of 3 vanes is connected to each other via the other 3 vanes, so the whole thing is stable in and of itself, nothing, there's no axis on which it can move, and then I've sort of just like just locked the contact points together, I've updated the template on the tutorial so that these contact points are 60 degrees apart so that you get this nice kind of like you can hexagon it, and I've just drilled just fresh holes to lock that down, so to counter, I've just de-twisted it and then locked it down untwisted, and that's basically it, so this and then this span is for pulling the thing up, so you've got like one person pulling on that, another person pushing the shaft up, it's pretty easy to assemble, and then you just lock this turnbuckle down to the ground anchor through like another D-shackle, the ground anchors are just, well in this case, about a half meter of Jarrah, Australian hardwood, which weren't rot in the ground, they're buried about a half meter deep, four of those, cabled in, and pulled tight, and that's basically it essentially, these cuts in the wheel rim are only there because I have cut the bottom chain a bit just to give it a more of a kind of grabby profile, and by the time I realized that I sort of needed to do that, it was already glued into the rim, so I just angle grinded those, which meant cutting through the rim as well, so this, the cut in the wheel rim is not necessary, that doesn't actually do anything. In future, I'll just peg out the length of chain and then cut each of those into more of a tooth kind of shape rather than like a smooth shape so that it grabs better, and then glue it into the rim to be a bit quicker and easier, and so you can see the chain a bit better there glued in the bottom one, and then this is just for a rain guard, that will be quieter when it's upright because again the orientation is more sort of tuned, and that's basically it, so next just need to drill a small hole in the side here somewhere, feed like a length of probably 10 gauge wire down the length of the, length of the pole, and attach those into that, and then that can be buried in a bit of conduit pipe and taken to the house, and charge batteries and do all of that stuff.