Cool stuff to learn, Creating a small trunk kit with a few basics for basic retrieval or needing to move logs, help people, get places without a trail etc. Thanks for the education.
Hey! Just wanted to say thanks for the video! It was EXACTLY what I was looking for. Nice clear explanation of all the principles and placements for someone who majored in humanities not physics ;-) People like yourself sharing useful knowledge don't get the kudos they deserve. So, THANKS A MILLION!
Hey! You're so very welcome! Thank you for taking the time to thank me for the video! I'm glad I made it easy for you to understand! I definitely feel good about sharing my knowledge no matter what the outcome (a few likes), but it definitely really hits home and feels great when someone tells me I've helped them understand a concept like this (comments)! That's truly the real reward and what I strive for! If you have any questions, I'm always available!
@@Knot-orious I think it's great that someone takes the time to share their knowledge. We all have plenty to learn. It's sad that most people can take the time to say thanks but there always seems to be plenty of time to knock. I'll keep checking out the channel ;-)
@@jacksonparsons7643 Oh well! I still have a lot of fun and all it takes is one comment like yours when I'm low energy and I get reinvigorated again! =-D
These are called "hauling systems." They use "pulleys" to create "mechanical advantage;" if it's a 3:1 mechanical advantage, for example, for every 1 kilo of force I put into it, 3 kilos of force will come out. Each one has at least one prusik (a friction hitch) on it which keeps the loads from falling down while they are being raised; this is called "progress capture." I hope that made sense to you.
I know. I apologize. This is one of my earlier videos and my videography and editing skills were pretty terrible. I have plans to remake this video at some point. Sorry it wasn't as helpful as I would have hoped. The camera really needs to be closer and, if I were to remake this video, I would spread the components out more using a larger rigging plate so that people can better see what's going on. Thanks for your feedback and the motivation to improve/remake some of my content. I do have a much clearer, but still older, video of how to assemble a Z-Rig pulling and hauling system that you can check out that might be more helpful: ruclips.net/video/sIB19wbGAA0/видео.html Here's also a much more recent Short showing a Z-Rig hauling system at work: ruclips.net/user/shorts5FBj1SB0UEg Let me know if those are more helpful! EDIT: This video might also be more helpful: ruclips.net/video/FQEgzxSJy3s/видео.html
You're very welcome. When the day comes that I remake this video, I'll let you know via a comment! I have a very good memory, so I won't forget! Thanks for commenting and supporting my channel!
@@Knot-orious I'm delighted to hear you plan to remake this one day. It's an outstanding concept, and - for the most part - well-executed. A key part of the problem understanding what's going on is that the top and bottom setups are neither examined nor shown for each system: the top in particular is unfortunately set against a busy and dark background and so the connections to the rigging plate and setup so they don't interfere with each other are all but invisible. And while focusing on that, I missed other stuff. So I hope a careful look at this will be possible in the remake, together with the pros & cons of using one or more double sheave pulleys for the higher mech advantage systems. Three other suggestions to aid clarity and practicality. At the end, when you laid the system out on the table for the tips, it would aid the viewer if it were in the same orientation as we have just seen in the tree - without the 90deg rotation. For us bears of little brain (you have to have read Winnie the Pooh to understand this allusion) fewer mental gymnastic moves is always helpful! Also, I had the distinct impression that the 3:1 and 5:1 systems were the most practical in use, but can't say from what I was able to learn WHY this would be so. IF my impression is correct, then it would benefit us if you skimmed over the others and spent most time on these. And a further practical help would be in spending time on the prussics: how to terminate & set them for best effect and how to get the length right so there is minimal set-back when the pull is released. Perhaps this is even a separate video. Anyhow, Thank You from across the pond. Bravo for doing this and hope the follow-up is a 'sooner' not a 'later' project!
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Cool stuff to learn, Creating a small trunk kit with a few basics for basic retrieval or needing to move logs, help people, get places without a trail etc. Thanks for the education.
You're very welcome! I glad that you enjoyed the video! =-D
Hey! Just wanted to say thanks for the video! It was EXACTLY what I was looking for. Nice clear explanation of all the principles and placements for someone who majored in humanities not physics ;-) People like yourself sharing useful knowledge don't get the kudos they deserve. So, THANKS A MILLION!
Hey! You're so very welcome! Thank you for taking the time to thank me for the video! I'm glad I made it easy for you to understand! I definitely feel good about sharing my knowledge no matter what the outcome (a few likes), but it definitely really hits home and feels great when someone tells me I've helped them understand a concept like this (comments)! That's truly the real reward and what I strive for! If you have any questions, I'm always available!
@@Knot-orious I think it's great that someone takes the time to share their knowledge. We all have plenty to learn. It's sad that most people can take the time to say thanks but there always seems to be plenty of time to knock. I'll keep checking out the channel ;-)
@@jacksonparsons7643 Oh well! I still have a lot of fun and all it takes is one comment like yours when I'm low energy and I get reinvigorated again! =-D
great demonstration, just what i needed. thank you!
You're very welcome! I appreciate your feedback!
Here are two other videos you might find helpful....
ruclips.net/video/FQEgzxSJy3s/видео.html
ruclips.net/video/sIB19wbGAA0/видео.html
Sehr Gut
Danke sehr! :)
I need it
In an ideal world, everyone would have a hauling system! =-D
I need that what you call that
These are called "hauling systems." They use "pulleys" to create "mechanical advantage;" if it's a 3:1 mechanical advantage, for example, for every 1 kilo of force I put into it, 3 kilos of force will come out. Each one has at least one prusik (a friction hitch) on it which keeps the loads from falling down while they are being raised; this is called "progress capture." I hope that made sense to you.
It's hard to tell what's going on in this video
I know. I apologize. This is one of my earlier videos and my videography and editing skills were pretty terrible. I have plans to remake this video at some point. Sorry it wasn't as helpful as I would have hoped. The camera really needs to be closer and, if I were to remake this video, I would spread the components out more using a larger rigging plate so that people can better see what's going on. Thanks for your feedback and the motivation to improve/remake some of my content. I do have a much clearer, but still older, video of how to assemble a Z-Rig pulling and hauling system that you can check out that might be more helpful: ruclips.net/video/sIB19wbGAA0/видео.html Here's also a much more recent Short showing a Z-Rig hauling system at work: ruclips.net/user/shorts5FBj1SB0UEg Let me know if those are more helpful! EDIT: This video might also be more helpful: ruclips.net/video/FQEgzxSJy3s/видео.html
@@Knot-orious Excellent, thanks for the links and I look forward to the remake!
You're very welcome. When the day comes that I remake this video, I'll let you know via a comment! I have a very good memory, so I won't forget! Thanks for commenting and supporting my channel!
@@Knot-orious I'm delighted to hear you plan to remake this one day. It's an outstanding concept, and - for the most part - well-executed. A key part of the problem understanding what's going on is that the top and bottom setups are neither examined nor shown for each system: the top in particular is unfortunately set against a busy and dark background and so the connections to the rigging plate and setup so they don't interfere with each other are all but invisible. And while focusing on that, I missed other stuff. So I hope a careful look at this will be possible in the remake, together with the pros & cons of using one or more double sheave pulleys for the higher mech advantage systems.
Three other suggestions to aid clarity and practicality. At the end, when you laid the system out on the table for the tips, it would aid the viewer if it were in the same orientation as we have just seen in the tree - without the 90deg rotation. For us bears of little brain (you have to have read Winnie the Pooh to understand this allusion) fewer mental gymnastic moves is always helpful! Also, I had the distinct impression that the 3:1 and 5:1 systems were the most practical in use, but can't say from what I was able to learn WHY this would be so. IF my impression is correct, then it would benefit us if you skimmed over the others and spent most time on these. And a further practical help would be in spending time on the prussics: how to terminate & set them for best effect and how to get the length right so there is minimal set-back when the pull is released. Perhaps this is even a separate video.
Anyhow, Thank You from across the pond. Bravo for doing this and hope the follow-up is a 'sooner' not a 'later' project!