Because of that, the antenna can be assembled on field without any tools or tiny parts which could get lost.
Because this is a test object, the parametic part is not so simple as it could be. Later, I want to release parametic OpenSCAD parts which can be simply used to create custom quick lock based Yagi designs.
Please look onto the README.md file, because the models are specific designed for my printer, and probably need adjustances of the tolerances (otherwise the modules wouldn't hold on the rod).
This is how the new designed endcap looks like. Now a fully assembled antenna looks pretty professional:
Furthermore I improved all 3D-Printed-Parts, to fix some issues like to thin walls or to little mechanical stability of the radiator. The rewrite also helped me to cleanup the project, so I should be able to publish it soon.
I verified the design by receiving Delfi-C³ in a distance of about 1500km. I heard either the CW Baken, or the BPSK Telemetrie downlink on 145.870 MHz, using a UV-5R as receiver.