Very comprehensive and professional. I just purchased one of their longline systems and am glad to see this step by step video, despite knowing the basics of how it all worked! Especially described by a true superstar of the longline!
That was fantastic. Apparently I found out why I would need to use this system. I just wanted to pull out an old apple tree stump. I'm over 70, but if I want to know how to rig a flat line, I'll keep you in mind. Great presentation, tho.
Sir, please put at the BEGINNING of the video, what your overall purpose is. I landed here just out of curiosity, & had to wait until nearly the end to figure out what in the H. this was all about (I'd been watching "pulley" videos). A very well-done video, otherwise. Thanks! Thumbs up!
Dankie/ Merci/ Sehr Danke for this video. Sie in Deutschland ist zo bevorzugen. In (South-) Africa u can't get that smart stuff and if you can put your hands on it, it will cost an arm and a leg. So you have to improvise. Thx.
Nice tutorial man! Very usefull! I don't know if I'm eligible to comment your video because of...you know, you are basically "lord of longline" while I'm a simple observer...I guess that my walk record could be a couple of steps on a trick line! Anyway, I'm interested in the pull system because of it's tricky! Honestly I guess that you have not created a 1:15 pull (1:5x1:3) I think that the initial pull system is a 1:4 and the demultiplier is a 1:2 for a final 1:8 = 1:4x1:2 I could be wrong, of course I could be wrong, but I decided to ask it to you, we can learn something from this discussion! :)
No, the system is a 5:1 multiplied with a 3:1. The first stage is a 5:1 because the rope is terminated at the load, and the pull strand is going from the load to the anchor (odd multiplier). A basic z rig (3:1) is built by running the rope from the load to a pulley at the anchor, then adding another pulley at the load.
you are right, however =) there will be friction in the "eddy" I don´t know how much. AND if we are to be pointy in the final he pulls down at an angle therefore he doesn´t get a true 3:1 advantage.
Nathan Hui, Carlo is completely right, What end the load and anchor are at is completely irrelevant. The ratio of a pulley is equal to the number of ropes going from A to B minus 1.
it is very helpful . one question : is it possible to set a super system that is 18:1 or even more advantage with more and more pulleys and the related device. I search over the youtube. no such demonstration is available. of course It is for fun but it means : if such super system is set. it means a 8 year old boy could pull a 4 wheel car.
+VideoBoy There is no end to the advantage you can get. "if such super system is set. it means a 8 year old boy could pull a 4 wheel car." Easy. How much force does it take to move a car on even ground, maybe 200 pound? 10:1 and a 8 year old can pull a car easily :)
VideoBoy yeah, that's the thing about police systems. You can always add more and more multipliers. Obviously you need a bigger set up than what he has here, and every time you multiply the force applied you're also multiplying the amount of rope that has to be pulled. So eventually you end up with an insane amount of rope, but it would be entirely possible, not even hard, to set up a police system that would allow a five-year-old to pull a transfer truck. A typical transfer truck GVWR is 80,000 lbs and a five year old could easily pull 10 lbs if not more. So by running the rope through 5 of the 5 to one pull-up setups and finishing with a 3 to one you can now move 80,000 lbs by pulling with only 8.5 lbs of force. But now you need to pull 9,375 feet of rope to move the truck 1 foot, which is obviously a bit of an issue. LOL
Add the ropes in the system together and multiply the length by that number. Go check out some basuc rigging principals so you don't do something that breaks something
Very comprehensive and professional. I just purchased one of their longline systems and am glad to see this step by step video, despite knowing the basics of how it all worked! Especially described by a true superstar of the longline!
Great video! It's a while before I'll be setting up a rig like this but great to see how it's done.
That was fantastic. Apparently I found out why I would need to use this system. I just wanted to pull out an old apple tree stump. I'm over 70, but if I want to know how to rig a flat line, I'll keep you in mind. Great presentation, tho.
I want all this stuff. So cool. I have no idea what this does, but I need it. Pulleys, and ropes and things to put my fingers through, oh joy.
I was wondering "why is this guy so weird?" 7:15 Then I was like "okay, that makes sense" lol
😂😂😂😂
Wonderful, I have not seen anything like this before. Thank you Sir.
Excellent video tutorial, thanks for posting.
Great demonstration of rigging components.
A montagem é top, mas o equilíbrio na corda e show, show!!!! Parabéns.
Dude you're frickin awesome!!!! Kudos
This is very handy system to pull stuck vehicle up the hill. Where can buy this?
Sir, please put at the BEGINNING of the video, what your overall purpose is. I landed here just out of curiosity, & had to wait until nearly the end to figure out what in the H. this was all about (I'd been watching "pulley" videos). A very well-done video, otherwise. Thanks! Thumbs up!
Me too lol. I was watching people pulling out stumps with pulleys and landed here. Nice video though
I guess you could say we need to cut the guy some slack? ; - )
Agreed. It's a nice demonstration of rigging, but I had no idea what the specific purpose was until the last bit.
Very nice system
I would be interesting to see how much pull you are exerting upon each end of the line. I would presume that would be several times your weight.
Dankie/ Merci/ Sehr Danke for this video. Sie in Deutschland ist zo bevorzugen. In (South-) Africa u can't get that smart stuff and if you can put your hands on it, it will cost an arm and a leg. So you have to improvise. Thx.
If I hear a German or Dutch accent, then I know it's going to be high-quality ... whatever it is.
Is this the dude from Super Troopers??? JK JK, great video! Thumbs up!
very very nice
Thank you..
Nice tutorial man! Very usefull!
I don't know if I'm eligible to comment your video because of...you know, you are basically "lord of longline" while I'm a simple observer...I guess that my walk record could be a couple of steps on a trick line! Anyway, I'm interested in the pull system because of it's tricky!
Honestly I guess that you have not created a 1:15 pull (1:5x1:3)
I think that the initial pull system is a 1:4 and the demultiplier is a 1:2 for a final
1:8 = 1:4x1:2
I could be wrong, of course I could be wrong, but I decided to ask it to you, we can learn something from this discussion! :)
No, the system is a 5:1 multiplied with a 3:1. The first stage is a 5:1 because the rope is terminated at the load, and the pull strand is going from the load to the anchor (odd multiplier). A basic z rig (3:1) is built by running the rope from the load to a pulley at the anchor, then adding another pulley at the load.
you are right, however =)
there will be friction in the "eddy" I don´t know how much. AND if we are to be pointy in the final he pulls down at an angle therefore he doesn´t get a true 3:1 advantage.
Nathan Hui, Carlo is completely right, What end the load and anchor are at is completely irrelevant. The ratio of a pulley is equal to the number of ropes going from A to B minus 1.
15:1 is what I got too. You have to consider how many ropes move with the load.
WHO IS EDDIE?
ขอบคุณ ขอรัย
nice i wont to see more
Hello! Does slacktivity deliver to America?
I need one system on my mountain cabin.
100000000000 Dollars worth of pulleys later, "We got this boys"
Cool.
VERY NICE !!! (i cried watching :D ) hahahah
it is very helpful .
one question : is it possible to set a super system that is 18:1 or even more advantage with more and more pulleys and the related device.
I search over the youtube. no such demonstration is available.
of course It is for fun but it means :
if such super system is set. it means a 8 year old boy could pull a 4 wheel car.
+VideoBoy There is no end to the advantage you can get.
"if such super system is set. it means a 8 year old boy could pull a 4 wheel car."
Easy. How much force does it take to move a car on even ground, maybe 200 pound?
10:1 and a 8 year old can pull a car easily :)
VideoBoy yeah, that's the thing about police systems. You can always add more and more multipliers. Obviously you need a bigger set up than what he has here, and every time you multiply the force applied you're also multiplying the amount of rope that has to be pulled. So eventually you end up with an insane amount of rope, but it would be entirely possible, not even hard, to set up a police system that would allow a five-year-old to pull a transfer truck.
A typical transfer truck GVWR is 80,000 lbs and a five year old could easily pull 10 lbs if not more. So by running the rope through 5 of the 5 to one pull-up setups and finishing with a 3 to one you can now move 80,000 lbs by pulling with only 8.5 lbs of force. But now you need to pull 9,375 feet of rope to move the truck 1 foot, which is obviously a bit of an issue. LOL
how many meters I need to leave tensing 100m line? with this sistem?
Add the ropes in the system together and multiply the length by that number. Go check out some basuc rigging principals so you don't do something that breaks something
Sooo what sound does a fox make?
Depends on what you do to it!!
Moo?
whats the music bro
Andy Kaufman? Latka Gravas?
i know, it's a clothes line.
*I HAVE FOUND SHAGGY FROM SCOOBY DOO* :D
shaggy?
I've heard good feedback about the Woodglut plans.
Lol a fuckin tree protector
Possibly you should pick up some trash before filming?
thank you for explain me.
Thank to you for this joking.