Before.
With 3D print outs all over.
Detailed picture of each individual printed out parts starting from the legs. The legs are mounted using 2 identical part with the use of zip ties and *the 3D file is available for download via *http://www.thingiverse.com/thing:94537*,*courtesy of*dennisbaldwin.
A through box design for minimosd is achieved less than 5 mins inclusive of the measurements. Simple and does the job well.
The case for the telemetry are half-through design, i.e meaning 1 side of the case is open and the other side with opening for the antenna receptacle only.
The GPS case design has more thought put into it. What you see in the picture is a 3 part design in total, 1 part serves as a board extension that mounts on the bottom plate via zip ties which serves as a platform for the GPS case. The remaining 2 parts are the GPS case design, 1 of it is the bottom housing and the other is the top cover with a square opening for better GPS acquisition and also allowing a peep on the GPS status.
With 3D print outs all over.
Detailed picture of each individual printed out parts starting from the legs. The legs are mounted using 2 identical part with the use of zip ties and *the 3D file is available for download via *http://www.thingiverse.com/thing:94537*,*courtesy of*dennisbaldwin.
A through box design for minimosd is achieved less than 5 mins inclusive of the measurements. Simple and does the job well.
The case for the telemetry are half-through design, i.e meaning 1 side of the case is open and the other side with opening for the antenna receptacle only.
The GPS case design has more thought put into it. What you see in the picture is a 3 part design in total, 1 part serves as a board extension that mounts on the bottom plate via zip ties which serves as a platform for the GPS case. The remaining 2 parts are the GPS case design, 1 of it is the bottom housing and the other is the top cover with a square opening for better GPS acquisition and also allowing a peep on the GPS status.
Comment