Rope rap (lightning fast and easy rope hanging) 3D for print
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Ever hung up a washingline or something else hanging from a tree on vacat...ion? Always that fiddling with tying the rope and untying it again at the end of the holiday? Not anymore! With this handy tool you can hang a tensioned line in seconds and remove it just as easily!
Rope too short? Attach two ends of a rope with the same ease!
To fasten, press the tension block against the rope using the lever (use enough power). Pull the long end hard to tighten. Detaching is even easier, just push the lever the other way to release and pull out the rope. Once tensioned the lever stays in place. The rope only comes loose when pushing the rope back or pushing the lever.
This model is designed for rope of 4-6mm in diameter.
Printed in both PLA and PETG with 0.4 nozzle - 0.2 layer - 15-30% infill.
It's a print in place pivot point, so you have to loosen it a bit by moving back and forth so that it turns smooth before using.
I've also added a basic hook, for hanging stuff. (Use less heavy loads than with a loop of rope!)
The hammock photo
To prove how strong the grip and construction of the Rope Rap is I hung up a hammock and lay down in it. With that, both ends had to endure about 60Kg, and with taking a seat in the hammock, probably even higher forces, but they bit into it firmly!
Disclamer: Do not try this yourselves! I took multiple security measures to make sure everything was safe when doing this. The Rope Rap is by no means intended as climbing equipment! Make sure you use them safely!
I updated to V2 one day after publication. After some feedback, the design was optimized and thoroughly tested with different types of ropes from Ø4 to 6mm. See the added photos regarding the use, the tested ropes and the changes. Tested in both PLA and PETG.
Update 31-08:
After a request for a smaller version I decided to downsize and printed at 66.66% with 0.2 nozzle / layer 0.12 (first 0.2) / perimeters 4 and infill 20%. It can now be used for smaller ropes of Ø2.5-Ø4mm!
06-09: I have added an optimized STL for small printing with 0.2 nozzle. The gap is the same as with the base model (0.2). This prevents fusing of the pivot point. Use above mentioned settings (not the scaling, because it is allready scaled at 66.66%!).
Guidelines for safe use:
Ensure you press the lever well enough when tensioning to let the teeth grip the rope well!
Use a fail safe knot when heavy loaded!
Designer
Wim V3d model description
The super simplicity of a Tyrap / Tie-Wrap translated to use with a rope.Ever hung up a washingline or something else hanging from a tree on vacat...ion? Always that fiddling with tying the rope and untying it again at the end of the holiday? Not anymore! With this handy tool you can hang a tensioned line in seconds and remove it just as easily!
Rope too short? Attach two ends of a rope with the same ease!
To fasten, press the tension block against the rope using the lever (use enough power). Pull the long end hard to tighten. Detaching is even easier, just push the lever the other way to release and pull out the rope. Once tensioned the lever stays in place. The rope only comes loose when pushing the rope back or pushing the lever.
This model is designed for rope of 4-6mm in diameter.
Printed in both PLA and PETG with 0.4 nozzle - 0.2 layer - 15-30% infill.
It's a print in place pivot point, so you have to loosen it a bit by moving back and forth so that it turns smooth before using.
I've also added a basic hook, for hanging stuff. (Use less heavy loads than with a loop of rope!)
The hammock photo
To prove how strong the grip and construction of the Rope Rap is I hung up a hammock and lay down in it. With that, both ends had to endure about 60Kg, and with taking a seat in the hammock, probably even higher forces, but they bit into it firmly!
Disclamer: Do not try this yourselves! I took multiple security measures to make sure everything was safe when doing this. The Rope Rap is by no means intended as climbing equipment! Make sure you use them safely!
I updated to V2 one day after publication. After some feedback, the design was optimized and thoroughly tested with different types of ropes from Ø4 to 6mm. See the added photos regarding the use, the tested ropes and the changes. Tested in both PLA and PETG.
Update 31-08:
After a request for a smaller version I decided to downsize and printed at 66.66% with 0.2 nozzle / layer 0.12 (first 0.2) / perimeters 4 and infill 20%. It can now be used for smaller ropes of Ø2.5-Ø4mm!
06-09: I have added an optimized STL for small printing with 0.2 nozzle. The gap is the same as with the base model (0.2). This prevents fusing of the pivot point. Use above mentioned settings (not the scaling, because it is allready scaled at 66.66%!).
Guidelines for safe use:
Ensure you press the lever well enough when tensioning to let the teeth grip the rope well!
Use a fail safe knot when heavy loaded!
