Matt's Workshop - Machine Skates
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- čas přidán 20. 02. 2018
- Fabricating four sets of Machinery Moving Skates capable of holding 5 Tons each.
Music:
Airport Lounge - Disco Ultralounge by Kevin MacLeod is licensed under a Creative Commons Attribution license (creativecommons.org/licenses/...)
Source: incompetech.com/music/royalty-...
Artist: incompetech.com/
Backed Vibes Clean - Rollin at 5 by Kevin MacLeod is licensed under a Creative Commons Attribution license (creativecommons.org/licenses/...)
Source: incompetech.com/music/royalty-...
Artist: incompetech.com/
Swaying Daises - www.purple-planet.com
Excellent job.
Thank you! Cheers!
Good job! Thanks to show
Nice video Matt. Thanks for taking the time to put it together. You clearly show all the steps necessary to put something like this together. Your shop looks nicely organized.
Thanks, Dan!
Wow great project, got me motivated to try my own,
Thank you very much!
I'm a new subscriber so I'd like to say well done.
👍🏻
Great project Matthew, hope to see them in action soon!
Thanks for the compliment. I enjoy your videos too.
Great info thanks for sharing
Thanks for watching!
I guess these worked!
Nice job! What are the half inch holes for?
I can use a tow-bar hooked into the hole to pull & steer the load rather than pushing the load if necessary. I can even attach a chain or cable & pulley to winch the load up a ramp. Thanks for the question!
Nice job,your presentation is really nice,quick question what weight it will hold,I am not having a lathe can I weld the bearing with the shaft
Just use an axle that fits your bearings so no lathe work will be necessary. My skates easily hold 2.5 tons each.
New subscriber here asks...what happened to the washers you were going to use between the bearings?
Welcome! I ended up not using the washers. This allows the bearings to slide on the axle when cornering.
👍what is load capacity of this skate
2 tons per skate, with at least 50% safety margin for poor welding. These should easily hold 3 tons if used correctly.
What a waste of your time! Not the skates but putting the work in and out of the collet chuck I would have put the bar in, faced it, centre drilled it turned it to the required size for the bearing and cut the circlip grove without ever taking it out of the chuck. Only then removed it and put another bar in and do it again three more times. And that's just four openings of your collet chuck. So you could do the whole job with just opining the chuck eight times. You did it eight times just to face the ends! Well 16 if you count open as one and close as two. As I say, a waste of time. Nice job by the way !
I agree with you on the repetitive workflow, but I made these without a plan in mind. Also, the little lathe I was using was not very rigid so each setup required remeasuring. Thanks for the comment! My next lathe will be much more robust and I'll have a lever or pneumatic chuck!