Rope Handrail Brackets & End Caps – 30 mm Rope
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3D printable wall brackets and end caps for a 30 mm rope handrail. Designed with a 35 mm rope opening, M6 locking screws
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Informacje o modelu
- Źródło
- Printables
- Kategoria
- Home Decor
- Licencja
- Creative Commons — Attribution — Noncommercial
This set of supports was designed to create a rope handrail and includes:
Wall-mounted pass-through bracket
Rope end cap
The design was created for a 30 mm nominal diameter jute rope.
The rope opening has intentionally been designed with a 35 mm diameter to provide some extra clearance. Natural ropes can be slightly thicker than their nominal diameter and may also deform or expand over time.
The rope is held in the desired position using an M6 set screw, preventing it from sliding freely through the bracket.
Required Hardware
For installation you will need:
30 mm rope
Ø6 mm wall plugs
Suitable mounting screws
M6 set screws for securing the rope
The required number of pass-through brackets and end caps depending on the length of your handrail
My Installation Example
For my installation, I used approximately 3 meters of rope, intentionally leaving it slightly longer than the straight-line distance to create a gentle sag between the brackets.
I used:
2 end caps, one at each end of the rope
2 intermediate pass-through brackets
Approximately 1 meter between each bracket
Ø30 mm jute rope
M6 set screws
Ø6 mm wall plugs
The number and spacing of the brackets, as well as the amount of extra rope, can of course be adjusted according to your installation and the desired appearance.
Material & Print Settings
I printed my parts in PETG using:
3 walls/perimeters
75% infill
Gyroid infill pattern
Tree supports
I tried several different orientations in an attempt to print the parts completely without supports, but due to the geometry of the model, I was unable to eliminate them entirely.
However, by tilting the model appropriately, it is possible to significantly reduce the amount of support material required and minimize marks on the visible surfaces.
PETG is the material I used for my installation. Other materials such as ASA, ABS, Nylon/PA or Polycarbonate may also be used, with print settings adjusted accordingly.
Important Notice
This is a DIY 3D-printed project and is not certified as a safety device.
Actual strength depends on several factors, including the material used, print quality and settings, print orientation, wall type, wall plugs, screws, and installation quality.
This model is therefore intended primarily for decorative applications or situations where the handrail is not required to function as a certified safety device.