Thingiverse
Light-weight "Google Cardboard" VR glasses by Gaspadlo
by Thingiverse
Last crawled date: 4 years, 3 months ago
Update
Added 45mm focal length frame & various lens diameter frames (Haven't tried personally)
If you have size request - use comments
Description
This is an original design. I was aiming for a comfort, build stability and light weight.
Result print is very light (96g with textile and straps - for comparison Xiaomi VR play weighs over 250grams)
Lens diameter: 25m, Lens focal length: 40mm (added more dimensions)
Print is meant to be covered in thin textile. - That way VR goggles "can breathe" - no more sweaty forehead and foggy lenses. You can also add cushions to the forehead and nasal area. To prevent phone from slipping, just add a rubber band to the holder.
No supports needed:
PLA 1.75mm, 45-50 mm/s speed, 0.275mm / 0.25mm layer height
Print time ~4.5hrs, result weighs ~75grams
Easy to assemble / disassemble.
No screws / glue required
Ideally - everything will be held together by force.
Parts alone are wobbly and unstable, but when assembled and worn, opposite forces are applied making the construction firm.
Added 45mm focal length frame & various lens diameter frames (Haven't tried personally)
If you have size request - use comments
Description
This is an original design. I was aiming for a comfort, build stability and light weight.
Result print is very light (96g with textile and straps - for comparison Xiaomi VR play weighs over 250grams)
Lens diameter: 25m, Lens focal length: 40mm (added more dimensions)
Print is meant to be covered in thin textile. - That way VR goggles "can breathe" - no more sweaty forehead and foggy lenses. You can also add cushions to the forehead and nasal area. To prevent phone from slipping, just add a rubber band to the holder.
No supports needed:
PLA 1.75mm, 45-50 mm/s speed, 0.275mm / 0.25mm layer height
Print time ~4.5hrs, result weighs ~75grams
Easy to assemble / disassemble.
No screws / glue required
Ideally - everything will be held together by force.
Parts alone are wobbly and unstable, but when assembled and worn, opposite forces are applied making the construction firm.