No pressure with the reptile then! your names going to be mud if anything happens!
Never in my wildest dreams did I ever think I would be feeding Crickets to a Bearded Dragon because he doesn’t seem to like butternut squash at the moment 🤣🤣🤣. Amazing what you can buy via mail order...Live Crickets for the win. He’s just chomped about 7 of them 😊👍🏻
Work continues on the CAD drawings of the boot floor. There are a couple of holes that need to be moved,and a couple of areas that need a bit of detail. All in all, happy with what I have done so far. Having separated all the cut pieces out for the lasercutting, I have put some back together,to check they all fit together.
Have priced this up. A bit more expensive that I initially had hoped. Probably looking in the region of £750., which, at first does seem expensive,but the reality of it is, it’s still cheaper than importing one from New Zealand. And more importantly ,it should look better than that one anyway. Still very much a challenge to do. Not convinced it is going to work with no machining involved,but it’s a challenge I set for myself. If I am not happy with the finished product,it’s not going to cost that much more to get certain parts lasercut oversize so I can machine a profile into them. I am up for the challenge 😊
Moving on to the scuttle panel, I need to go and see a supplier early next week. Not far from there is a company that does 3D scanning. I am going to pop in there with the panel and see what they quote for scanning. It’s one option to get the shape digitally rendered that I can import it into Mastercam to make the tooling. That’s going to be a lot more work and considerably more money than the boot floor,but some of the cost will be recouped by selling parts once the tooling is done 😊
Have tried that before. It works pretty well 😊. Only issue I have is I have had carpal tunnel repaired in both hands( nerve damage) and the combination of holding onto something that shape and the vibrations absolutely cripple me for a couple of days afterwards 😒 So, bigger and more power 🤣🤣🤣
I was lucky a couple of years back to find a Cengar planishing hammer set,with a couple of anvils missing. Made new anvils,had them hardened and basically reconditioned it. Also air powered but with a c frame. Worked well ,but very air thirsty and noisy. Got rid of it on eBay,two blokes got into a bidding war over it,and it sold for £900 😳😳😳. Not bad seeing all in, including hardening the anvils,material etc,it had cost me sub £150 🤣🤣. Another one that my brain liked but by hands didn’t....
Made some good progress on the two over the weekend. Cleaned up all the front scuttle panels/ bits that I have. They are going for 3D scanning this week,if I get a chance to get out the workshop. It might seem a bit like I am jumping all over the place for awhile, bear with me. It’s at the stage where I need to spend a fair chunk of money to proceed. There is more chunk than money 🤣. So, it’s a case of prioritising. Bang for the buck. What’s going to keep me busy for longer. So, whilst the bootfloor is nearly ready to get going on,it’s going to have to wait a bit. I still need to finalise some of the drawings, but,it’s not far off. I have decided instead of getting going on that,I would be better off getting the scuttle panel 3D scanned. Also not a cheap exercise,but,once I have that done,sorting that all out in CAD, designing the press tools to make it,etc,will keep me busy for quite some time. It is also something I can do from the comfort of my nice warm study at home 🤣🤣
Moving on,to the front inner fenders. I have both of these new old stock,one from Holland and one I bought in the States. Neither have the chassis leg,that’s a separate part. So,I pulled out the donor Inner fenders that will donate the chassis legs. These I cut out of a car in South Africa and shipped them back. I slapped them full of red oxide before shipping them. They are not the greatest as inner fenders,full of pinholes along the line of spotwelds on the outside,but the chassis legs don’t look bad.The joys of unsalted roads 😊 The one also is a bit crumpled on the top,previous accident damage by the looks of it. So, out with the angle grinder. ... Got to love that angle grinder. Proper piece of kit 1700w makes it considerably more powerful than your average little Makita or Bosch jobby,that generally are all sub 750w. It runs a 125mm disc,with speed control. The blade never bogs,the harder you push,the harder it goes. Because the cutting disc is running at optimal speed all the time, they last considerably longer. It’s also got a soft start,starts spinning slowly and ramps up to speed,brilliant for starting a cut. Also,I battled to find one in the U.K.,but that handle is available in Europe. It’s more akin to using a bonsai 9” grinder,you can really get hold of it. Not everybody’s cup of tea,but the more I use it,the more I smile
It made short work of trimming the panels up,and I was left with the two chassis legs I want to use
Looked up that fein grinder, seems a very capable piece of kit. Certainly not the sort you throw away instead of changing the bushings in anyways.
It’s a quality bit of kit that is extremely well made. The aluminium gearbox casting is a work of art. Didn’t sound like a bag of nails out of the box either,unlike the last piece of turd grinder that had a Makita badge on it. Unfortunately Makita now trading on their name,and everything made to a price,and a low one at that....👎🏻
Swopped the cutting disc for a wire wheel. Turned the speed down to one. Made short work of exposing the spotwelds. Great being able to turn the wick down on the grinder,especially with a wire wheel. So much more controllable and you don’t limp away looking like a voodoo doll/ acupuncture model / metal hedgehog full of wire
Then, new weapon of mass destruction, a belt sander. Prefer this over spot drills for getting rid of welds when you want to save one part and sacrifice the other bit welded to it.
Seems they do like to rust, and given the work needed to repair properly I guess it's no surprise so many succumbed to the chicken wire & isopon treatment...
Seems they do like to rust, and given the work needed to repair properly I guess it's no surprise so many succumbed to the chicken wire & isopon treatment...
Chances are that Rx4 is a coastal car. Well, considering they are all 40-50 years old, most cars from that era have dissolved by now . The Japs were just ahead of the game with their eco friendly, biodegradable ‘70’s cars 🤣🤣
Seems they do like to rust, and given the work needed to repair properly I guess it's no surprise so many succumbed to the chicken wire & isopon treatment...
Chances are thar Rx4 is a coastal car. Well, considering they are all 40-50 years old, most cars from that era have dissolved by now . The Japs were just ahead of the game With their eco friendly, biodegradable ‘70’s cars 🤣🤣
Not a lot of progress with this over the last week. Did manage to get the front scuttle panels up to be scanned. They have the tallest 3D printer I have ever seen, even if it’s lying on its side 🤣🤣
Hopefully get the scans back in about 10 days or so. Moving back to the chassis legs,did get time to peel away some of the unwanted. Reinforcing plate looks a bit crusty.
Now looking for a suitable vessel to chuck it into with some citric acid to remove the mankyness.
Not a lot of progress with this over the last week. Did manage to get the front scuttle panels up to be scanned.
They have the tallest 3D printer I have ever seen, even if it’s lying on its side 🤣🤣
Hopefully get the scans back in about 10 days or so. Moving back to the chassis legs,did get time to peel away some of the unwanted.
Reinforcing plate looks a bit crusty.
Now looking for a suitable vessel to chuck it into with some citric acid to remove the mankyness.
A better idea is to give them to Sam and let him take them up to Ribble Technology with the Celica shell for processing & priming - you won't achieve a better result otherwise