Uploaded January 2026 | Updated September 2026, 2 days ago
The build video is here., youtube.com/watch?v=zU1lA0CLfaY
In this video I show how I use Tinkercad to design simple Ham Radio Projects! Sorry it's kind of long but I didn't want to leave anything out on how to design this part. Leave me any ideas you would do and if you want me to make a 20m or 40m Dipole.
Tinkercad is a great tool for designing ham radio parts because it makes 3D modeling simple, fast, and accessible, even for beginners. Its browser-based interface lets hobbyists quickly design custom enclosures, mounts, knobs, and antenna components without needing advanced CAD skills or expensive software. Tinkercad also supports precise measurements, which is essential for fitting electronics and connectors accurately, and its easy export to 3D printers makes it ideal for rapid prototyping and experimenting—perfect for the hands-on, iterative nature of ham radio projects.
#tinkercad , #hamradio , #antena1 , #3dprinting,
The build video is here., youtube.com/watch?v=zU1lA0CLfaY
In this video I show how I use Tinkercad to design simple Ham Radio Projects! Sorry it's kind of long but I didn't want to leave anything out on how to design this part. Leave me any ideas you would do and if you want me to make a 20m or 40m Dipole.
Tinkercad is a great tool for designing ham radio parts because it makes 3D modeling simple, fast, and accessible, even for beginners. Its browser-based interface lets hobbyists quickly design custom enclosures, mounts, knobs, and antenna components without needing advanced CAD skills or expensive software. Tinkercad also supports precise measurements, which is essential for fitting electronics and connectors accurately, and its easy export to 3D printers makes it ideal for rapid prototyping and experimenting—perfect for the hands-on, iterative nature of ham radio projects.
#tinkercad , #hamradio , #antena1 , #3dprinting,
