Raspberry PI Case

File

Comment

RPI Case.stl

The box to hold the Pi *1)

RPI Case Lid w camera B.stl

The lid, with pins to hold the camera

RPI Case Lid w camera C.stl

The lid, with screwholes *2)

RPI Case Bottom.stl

Bottom plates with hole for powercord *3)

RPI Case Bottom B.stl

Bottom plates with holes for powercord and network cable *3)

RPI Case Bottom C.stl

Bottom plates with holes for powercord and network cable, for RPI 4, *3)

Notes

*1) Please use screw M2.5x4

*2) Please use screw M2x3.5 or M2x6 with one nut

*3) Please make two of each for one of the alternatives

Raspberry PI Stand

File

Comment

RPI Case Stand.stl

The grip to hold the box, exact dimensions

RPI Case Stand B.stl

Grip alternative with gap 0.25/0.5mm, may fit better

RPI Case Stand Tablemount.stl

Tablemount

RPI Case Stand Wallmount.stl

Wall-/roof-mount, alternative

RPI Case Stand Wallmount B.stl

Wall-/roof-mount, alternative

RPI Case Stand Allround Part One.stl

Wall-/roof-/table-mount part one *1)

RPI Case Stand Allround Part Two.stl

Wall-/roof-/table-mount part two

RPI Case Stand Allround Bolt.stl

Bolt to Wall-/roof-/table-mount *2) *4)

RPI Case Stand Link.stl

Short link

RPI Case Stand Link B.stl

Short link with holes *3)

RPI Case Stand Link Medium.stl

Medium link

RPI Case Stand Link Medium B.stl

Medium link with holes *3)

RPI Case Stand Link Long.stl

Long link

RPI Case Stand Link Long B.stl

Long link with holes *3)

M8 Bolt.stl

M8 Bolt *4)

M8 Nut.stl

M8 Nut *4) *5)

Fast nyckel 13mm v1.stl

A tool for the bolts and nuts of course :-)

Notes

*1) In Slicer, use Support on build plate

*2) In Slicer, the bolt should be scaled 95.6% for X and Y, to fit the nut

*3) Links with holes, for cords maybe?

*4) In slicer 50-100% infill for resonable strength

*5) Please note that the nut should be scaled 104.6% for X and Y in the slicer, otherwise it won't fit the bolt