Damned, it’s been nearly one year since our last update ???? Ok it was one Covid year, but still…
Anyway, things are not going as we’d love to (of course, for that kind of project it’s expected) but more of that later. I’ll continue where I stopped.
So, we got the SG back from London, we first disassembled all of it to remove the blue atlantis paint, which took us so much time and effort, it was a painful task but we had to. Then we used some boat clear coat on the wood to protect it from the sun and the rain.
After that we put the wood parts back on the truss structure and we chose to reshuffle the panels to put most of the weight on the lower parts (we hope it will help to avoid too much shaking when the SG spins). As you can see the lower part is now 6kg heavier than then top one.
That meant we had to fix all the panels again, they were fixed with threaded inserts fixed in the wood so we had to remove these and change their location as the holes in the panels were all a bit shifted now. So we did that for the back panels and before the work session ended we flipped the gate and tried just to place the front panels together just to see how it looked (which is awesome). Then we removed these panels and put them on the floor.
Then… then I have been suffering from intense chronic fatigue for 10 years, which is a b**ch and is becoming worse with time, so I had to just let everything as it was because I just couldn’t work on this alone and my friend Zat couldn’t come back before January this year. Yep, there it is, that’s the main reason for this project taking so long and I hate that because it’s so much fun and it’s just like there is no energy in me. I still hope a doctor will finally find something and cure me, but it didn’t happened yet. Anyway **** happens. Let’s continue.
I let the SG in the garden for nearly one year. Which is bad. I let molds out there and they got... molds in them. Maybe it’s ok and I’ll be able to use them again if needed. We cleaned everything since and there are just spots stuck on it but I feel like they are safe now.
Also the wood took a lot of rain and sun and even with the clear coat it became gray and dry. I think structurally it’s ok, it doesn’t seem too brittle.
Lastly, the resin panels I let outside on the floor (remember it’s a garden so it’s not flat) warped a lot. Now I hope we’ll be able to reshape them with heat but even if it worked a bit on a test piece, I’m not 100% sure we’ll be able to fix them.
Oh yeah and because of the sun there are now some bumps on the wings that we have to fix too.
Now let’s list what we still have to do to finish this gate :
-Repair the broken parts of some panels (broken since London)
-Fix the wings and put them back together with the outer rings (some of he fell since London)
-Reshape the front panels
-Make a third set of ABS glyphs
-Construct the whole rotating system
-Fix the front panels to the wooden structure
-Find a safe and easy way to fix all the chevrons
-Paint everything
-Add the lights
-Develop the moving main chevron
-Construct special pieces to link the truss circle and a truss base for the gate to stand up
-Add a motor and a system to manage it and if possible a fun dialing program for anyone to use
Additionally we would add a video projector for the event horizon and some sound effects, and eventually the stone base, but that’s for later.
That’s a lot of time, effort and money to add to all that I spent already. But we’ll do it, until we don’t, but for now we’ll do it.
Then comes January. The goal was to reshape and fix the front panels, but when Zat arrived we went on the rotating system and it was going pretty well, so we decided to do that instead.
First the design was this one, with springs on each side. But it was complicated to create this kind of piece and above all, it would be a mess to calculate the exact needed strength of the springs to keep the ring centered during the rotation. And if we chose to put the springs only on one side it would create those problems (I love white boards so much). As you can see the forces are not really well distributed and we still have a problem if the track is not a perfect circle.
So we went for : Everything has to be perfect and we should be fine. And we designed a new carriage which is actually the same but simpler. Then we made a prototype using aluminium and we fixed three of them on a glyph track section.
Here is how it’s supposed to work : The carriages are fixed to the glyph track (which is made of PVC). There is a flat piece of aluminium going all around, that’s where the moto wheel should push everything with friction (later). The wheels are stuck between two rails which are made of simple curved aluminium tubes fixed to the truss structure. Simple right ? Except it’s not.
We made the holes in the tubes and fixed them all around the structure, then we put the section with the carriages in place and tried to spin it. It literally popped out of the track, pushed by an unknown force... or defect ?
So we took some measurements, the space between our tracks wasn’t so bad, a 2mm error which shouldn’t be that fatal for the rotation. I know we’re not professional mechanicians, but we did our best to be precise… and then I saw it. We based ourselves on the structure because it was made by a professional company in London so we were sure it was precise and we specifically explained them that we’d put tracks there so it had to be flat and constant. Of course it wasn’t and that’s not the first problem we had with this structure. I’ll never work with this company again. So the main problem is that the center tube of the truss structure is actually welded not perfectly horizontally but going down (look closely). The effect is that the squared tubes where we fixed the tracks are also going down at the center of each section son one track is nearly flat and the other is going up and down on 16mm! Of course our wagon is going off tracks.
We then spent the remaining of the work session to try to determine the amount of error of each section and how to level them, but we finally understood it wasn’t possible in these conditions. First working outside under rain / snow and walking in mud is just not possible and second, without a flat floor we can’t take precise measurements to level everything correctly.
That’s where we’re at for now. But we think we found a place to continue the work in better conditions (inside with a concrete floor) and that’s a pretty goof thing!
Now I think if we want to make this work, we’ll have to construct the full rotating system OUTSIDE of the gate structure (perfect space between both track all around, perfect circle, perfect placement of the carriages on the PVC panels…) and THEN fix the tracks to the truss structure. That’s the only way this system can work. OR we could buy an already existing system with specific rails and bearings, but that costs a lot and we'd still have to be super precise.
That’s it for now. I’m sorry it’s not more good news. We don’t know when we’ll be able to move the gate and move forward (mostly because of covid) but we’ll try our best to do it asap and make it spin !