 So we have here the Diver Wooden Automata project, you turn the handle on the side of the model and the diver kicks and swims. I'm going to open the packet see what's inside and then I'm going to walk you through making it from start to finish. We've got a nice sturdy box here, it's obviously something inside that's have all the sides open and inside we have an electric motor for driving the model which we can optionally use. You can either use a hand crank or you can use this electric motor and the battery pack that goes with that and then this is the part and the instructions all beautifully printed onto MDF and ready to go. So let's put these to one side, let's pop open the plastic seal and get to all the fun parts in the middle. We've got the instruction sheet, instruction sheet like that, comprehensive instructions all fully illustrated, steps you through one step at a time, and then all of the parts are here and ready to go. They're all fantastically made, it's all really intricate and accurately cut and it's really nice to see them printed on as well so you can you've got the color when you assemble the model it's ready-colored it's a lovely finish on that paintwork. So those are the parts and then what I'm going to do is I'm going to take each sheet one at a time there's actually a map of all the parts there and each part is numbered so that'll be you that'll be referenced in the instruction sheet later on and then basically it's a case of you can see there they're sort of held in place with these little tiny holes there so it's just a case of pop and the bit comes out that easy. I can go around with a little with a nail file or something like that and just take those just smooth those off but apart from that it's ready to go. All the parts cut out and ready for assembly. Let's have a look at the instructions so it looks like the first part that we're going to be building is this main shaft and these spaces are going to go like this and it's important that you put these in at this point because otherwise it becomes impossible to put the thing together. So with these slots to the back those spaces go like that that all slots together. I love what tight fits these are these are fantastically machined. They've done a really good job with these. So these are going to be cam followers like that they're going to slide up and down and these are what's going to move the legs and make the legs kick so they slide up and down there and it basically takes that movement from down there takes it above the top of the box which is there slot that in there here we go push that back together again so this is going to be the drive. So I'm going to fit these two cams onto this camshaft onto here also with a small hole on it and then this piece also with a small hole so these are almost identical but they've once got a hole and one hasn't. The piece with the hole goes in there so nice tight fit so that everything holds together there and then on the other side the cam goes at 90 degrees to the first one goes in there and there we have crank ready to go and then on the side with the hole we're going to add this gear and that's going to be used later on for a lucky motor if you put one in front just sort of force that bit in by flaring the leg these sides out a little bit like that and we go perfect and then they go in there that's it right that's going to go in there then it's going to go in there that's going to get one there and then you can already you can already see the kicking action on here it's going to go there into the base of the box repack for powering the automatic. Should you want to do it that way yeah that fits in there perfectly right so that's the box made looking good there's two pieces fit together like that and then the flipper fits on the top over those two tabs so that's one and the other one is the same but the flipper goes the other way left leg right leg and then we have two push rods these are the push rods and two little pins and the push rods fasten on to the leg at that point there you've got that sort of oval the pin goes through the oval slot again careful okay make sure everything's back together again the leg goes on to there and the other end goes on to there and there's one leg working and the other link piece goes in there and then we should have find the center piece of the head find this piece which goes across like that in the middle these are the inner parts of the head one goes there one goes there there's a little marker hole at the top so you know which is the top the face goes on the front it was really creepy at the moment but in a minute it's gonna look great the goggles go on the front these are the air tubes so they just sort of drop into place this but they've got a bit of flex to them so they just sort of drop them one drops there this which is the regulator so I've got the head assembled and there is the this is the front body plate okay so that's gonna fit there like that so these parts here this is what the arms gonna fit fast not and so I've got a t-shaped with it slightly off-center so short leg of the T is going to go in this hole the vertical shaft of the T sits below the leg there the side of the body goes over the top so that the long piece of the T comes through the hole so the arm then just fits onto that piece that's sticking out and then as the leg moves up and down that makes the arm move I'm gonna do the same on the other side you see that the arms move with the legs two air bottles which are the same basically these two pieces push together and then the end goes in that side same on the other side we've got this piece which is the gauges and that completes the model so there you have an automated driver