I havent watched the whole video yet. But my initial reaction is that this is freakin sick. Edit: Ok, now I have. It's even sicker than I initially thought. This is a beautiful piece of work.
Very cool project. Sharing some of my experience on projects, sand cavities work great vs. buying weights. Sand is insanely cheap. Just 3D print a small box (or I have used sand bags the same way you used weights) to add weight to a project. If you make a sand "box" you can seal it and then just put it into the project. I like your usage of the steel pins, I will def be using that in some future designs of my own. Have you considered adding some LED lights to this project? It would be really neat to have that back gearing lit up with a few LED's. Since this is more about the project and results vs. security It would be a really neat way to expand the project into a more artistic piece. Well done though I loved everything about this project and your approach. The assembly (while many parts) is exactly the kind of pro level thinking in 3D printing. I see too many projects out there with complex parts. You nailed it. Great work!
Send one to the lockpickinglawyer! 🙂 Beautiful work there. I understand that the dowels and bearing gives it a better look, weight and function. But a fully 3d printed version should be possible to make also (exept for the acryllic). With printed dowels and maybe skipping the bearing, or some printed bearing.
Thank you! When I started this project, I intended to make it 100% 3D printed and spent weeks trying to make it work but could never get it to work well. It worked, but it was janky. And when I adapted it to dowels/bearings, the difference was so big I abandoned the original version. It is a goal of mine to design a fully 3D-printed vault so I'll keep trying! Maybe next time I'll figure it out...
Beautifully Ingenius design! This one will look great next to the others. I have people asking me all the time to build them one of your designs and I always have to say no. I tell them I'd be glad to print them all of the parts, but they have to assemble it themselves. Thats the only way anyone can truly appreciate the time and effort you obviously put into designing these mechanical wonders.
Great work all round from the design and build to the naration and the share. When I get chance to make one I will take a photo and send it over, looks a fun project 🙂
@@RoccosStuffI second that Rocco! Great design, great instructional video, top notch! I’m an engineer, IT, that has really gotten a kick out of my 3d printer. Design is where it’s at and I’m learning CAD next so I can design my own stuff. On vaca right now and I can’t wait till I get back to finish my current project and get this one started. Thanks for sharing!!!!!
I think it looks fantastic 👍🏻 Would love to have that as a kid. Only thing I would change is to avoid glue as much as possible and use screws for the cases when something break or get clogged in the loch mechanism. Thanks for sharing 👍🏼
Thanks! And noted, I'll keep that in mind for next time. The info is listed on Printables and Makerworld (which I realize is less convenient than the video).
I was wondering if you sell the finished vault, I know that you offer the files to download but I guess that some people might want to buy it for a present or so, for phone vault or so, very well design...
Hi, I love this design. I tray to reproduce your configuration of pcbWay for the acrylic panel. For your other project. But when I click on your link the configuration is Resin, Standard White material (UTR 8360) with SLA process. And cost price is 5$ I suppose this is not correct ?
Hi, thanks for flagging this. It should be CNC Acrylic (PMMA). You can change between 3D printing and CNC at the top of the web page. Sorry for the confusion, I'll try to straighten it out on PCBWay
Thanks! It's definitely no pick-proof, but as far as 3D printed locks go, it's pretty secure. Don't be surprised if I publish a Chubb Detector lock at some point, which is far more difficult to pick
@@RoccosStuff Well, as someone who really likes lock picking and design, I really enjoy your content. If you start introducing more sophisticated locking mechanisms as well, that would definitely make me happy. Good luck!
They are wheel weights, for balancing tires. Sweet project! And making the files publicly available. You, sir, are a man among men!
Good to know, the box has strangely little information on it. Thanks for watching!!!
Rocco's stuff! Back with more dope stuff. Thanks for all the free files and tutorials!
Thanks JrBcnChz
I havent watched the whole video yet. But my initial reaction is that this is freakin sick.
Edit: Ok, now I have. It's even sicker than I initially thought. This is a beautiful piece of work.
Thank you! I hope you have the same opinion after you finish the video lol
Very cool project. Sharing some of my experience on projects, sand cavities work great vs. buying weights. Sand is insanely cheap. Just 3D print a small box (or I have used sand bags the same way you used weights) to add weight to a project. If you make a sand "box" you can seal it and then just put it into the project. I like your usage of the steel pins, I will def be using that in some future designs of my own. Have you considered adding some LED lights to this project? It would be really neat to have that back gearing lit up with a few LED's. Since this is more about the project and results vs. security It would be a really neat way to expand the project into a more artistic piece. Well done though I loved everything about this project and your approach. The assembly (while many parts) is exactly the kind of pro level thinking in 3D printing. I see too many projects out there with complex parts. You nailed it. Great work!
Send one to the lockpickinglawyer! 🙂
Beautiful work there. I understand that the dowels and bearing gives it a better look, weight and function. But a fully 3d printed version should be possible to make also (exept for the acryllic). With printed dowels and maybe skipping the bearing, or some printed bearing.
Thank you! When I started this project, I intended to make it 100% 3D printed and spent weeks trying to make it work but could never get it to work well. It worked, but it was janky. And when I adapted it to dowels/bearings, the difference was so big I abandoned the original version.
It is a goal of mine to design a fully 3D-printed vault so I'll keep trying! Maybe next time I'll figure it out...
Beautifully Ingenius design! This one will look great next to the others. I have people asking me all the time to build them one of your designs and I always have to say no. I tell them I'd be glad to print them all of the parts, but they have to assemble it themselves. Thats the only way anyone can truly appreciate the time and effort you obviously put into designing these mechanical wonders.
Thank you!!!
Great work all round from the design and build to the naration and the share. When I get chance to make one I will take a photo and send it over, looks a fun project 🙂
Thanks! Good luck on the build and I look forward to seeing photos!
@@RoccosStuffI second that Rocco! Great design, great instructional video, top notch! I’m an engineer, IT, that has really gotten a kick out of my 3d printer. Design is where it’s at and I’m learning CAD next so I can design my own stuff. On vaca right now and I can’t wait till I get back to finish my current project and get this one started. Thanks for sharing!!!!!
Wow, that's massive! The assembly really is as simple as can be, considering no supports are needed in the prints.
Again. Wow!
Thank you!
Ingenious and well-engineered!
Thank you!
I think it looks fantastic 👍🏻 Would love to have that as a kid. Only thing I would change is to avoid glue as much as possible and use screws for the cases when something break or get clogged in the loch mechanism. Thanks for sharing 👍🏼
very cool project!
Thanks!
Excellent! Great work!!!
Thanks!
Those are some nice paper towels
The nicest
Wowww just wow amazing work
Thank you!!
Amazing work! Get some of that fancy depleted uranium filament, then you wont need them iron ingots to add weight.
Depleted Uranium filament?! That's not real.... is it?! I considered tungsten filament but it would have cost a fortune
I can't wait to try and print this one too. I do wish you would read the number off the bearings needed for your prints.
Thanks! And noted, I'll keep that in mind for next time. The info is listed on Printables and Makerworld (which I realize is less convenient than the video).
me too
send one to the lockpicking lawyer xD
I was wondering if you sell the finished vault, I know that you offer the files to download but I guess that some people might want to buy it for a present or so, for phone vault or so, very well design...
amazing! do i need a 0.2 or can i use a 0,4
Thanks! A 0.4 nozzle will work, I printed everything with .4
Hi, I love this design. I tray to reproduce your configuration of pcbWay for the acrylic panel. For your other project. But when I click on your link the configuration is Resin, Standard White material (UTR 8360) with SLA process. And cost price is 5$ I suppose this is not correct ?
Hi, thanks for flagging this. It should be CNC Acrylic (PMMA). You can change between 3D printing and CNC at the top of the web page. Sorry for the confusion, I'll try to straighten it out on PCBWay
@@RoccosStuff Hi, the link is still pointing to 3d printing. Should maybe change this before people get to buy this thinking it's correct.
Very nice design. But it will be very easy to pick this lock for anyone with the appropriate tools (which are not hard to get)
Thanks! It's definitely no pick-proof, but as far as 3D printed locks go, it's pretty secure. Don't be surprised if I publish a Chubb Detector lock at some point, which is far more difficult to pick
@@RoccosStuff Well, as someone who really likes lock picking and design, I really enjoy your content. If you start introducing more sophisticated locking mechanisms as well, that would definitely make me happy. Good luck!
Massa!
How do you get a key made from Pcbway
Can I get the file for the acrylic cover, so I can print my own
Sure. Can you send me a message on Printables or Makerworld?
I'm no expert but this safe looks susceptible to the percussive application of a high-impact persuasion device.