Uploaded March 2026 | Updated September 2026, 3 weeks ago
In this short tutorial we model a ground mounted vertical antenna using the free MMANA-GAL antenna modelling software. This is Part 3 of the Model Your Own Antennas series where we learn how antenna modelling works in simple practical steps.
In this episode we:
• Create a 20m ground mounted vertical
• Define the antenna using X, Y and Z coordinates
• Run the far-field calculation
• Compare the elevation pattern to the inverted-V from the previous episode
Vertical antennas produce a low take-off angle, which is why they are often used for DX communication.
Model files used in this series
All MMANA-GAL antenna models used in these tutorials can be downloaded here:
📁 mega.nz/folder/EnoXlTQL#Iuq-TqnW7ZglzkJMEIk59w
This folder will be updated as new videos in the series are released.
Full video playlist
📺 youtube.com/playlist?list=PLcC64tNkZB7zl-6HKJ5ihuSH3-22IX6kq
If you want to follow the whole modelling series, subscribe so you don’t miss the next episode.
In this short tutorial we model a ground mounted vertical antenna using the free MMANA-GAL antenna modelling software. This is Part 3 of the Model Your Own Antennas series where we learn how antenna modelling works in simple practical steps.
In this episode we:
• Create a 20m ground mounted vertical
• Define the antenna using X, Y and Z coordinates
• Run the far-field calculation
• Compare the elevation pattern to the inverted-V from the previous episode
Vertical antennas produce a low take-off angle, which is why they are often used for DX communication.
Model files used in this series
All MMANA-GAL antenna models used in these tutorials can be downloaded here:
📁 mega.nz/folder/EnoXlTQL#Iuq-TqnW7ZglzkJMEIk59w
This folder will be updated as new videos in the series are released.
Full video playlist
📺 youtube.com/playlist?list=PLcC64tNkZB7zl-6HKJ5ihuSH3-22IX6kq
If you want to follow the whole modelling series, subscribe so you don’t miss the next episode.
