Cliq Chair Foot Replacement
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Replacement for rubber feet on Cliq chairs that tend to disintegrate over time.
- Ocena
- 5 / 5
- Polubienia
- 6
- Pobrania
- 130
- Wydruki
- 1
- Wyświetlenia
- 300
- Oceny
- 1
Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Outdoor & Garden
- Licencja
- Creative Commons — Attribution — Noncommercial
I have had several of the feet on my cliq chairs fall apart. While waiting to hear back from the company on possible replacements I decided to just try to design my own replacements. They are intended to closely match the size and look of the originals, only difference is I made the space inside the ‘U’ slightly longer since it should help with sinking in beach sand (may make it even bigger at some point). I have used them a couple times since printing and seem to be holding up really well.
Note: My chairs were purchased in 2021, I don't know if the design of the legs has changed at all over the years. These are designed to very precisely to fit my chairs, so any deviation may make them not fit.
= Print Settings =
Material: TPU (recommended)
Infill: 50-100% The sole of the foot is 6mm thick. It has to hold up to you sitting on the chair and pressing the metal legs into it. So I think you will want a lot of infill. I printed mine at 90%. (Note: they are easier to install with lower infill).
= Versions =
I created 2 versions based on the material you want to use.
These are intended to be printed in TPU. They can be VERY snug and require a lot of force to get on (once you get it part of the way on you can sit on the chair to get it to snap fully in place). The front has a small lip, there is a recess on the inside it will click into which is why the material needs to flex a lot to get on. Good thing is they wont slip off.
I also tried to utilize the holes on the sides, but after frustratingly printing many prototypes I realized there was actually a lot of variation in the location of the holes between the feet, so I couldn't be super precise with them :(
If you don't have TPU or can't print it, there is another version for more rigid materials. It has much larger tolerances so that the material doesn't need to flex as much (it does need to flex some though which is why I would use PETG). I did run a test with PETG and was able to install it without breaking and it stayed on securely. I only did 1 test so if you think that version needs tweaks just let me know.