Earlier posts in this series:
Using the public logs from ARRL DX CW 2024, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX CW 2024, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX SSB 2023, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX CW 2023, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX SSB 2022, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX CW 2022, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
Earlier posts in this series:
Using the public logs from ARRL DX SSB 2021, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:

Earlier posts in this series:
Using the public logs from ARRL DX CW 2021, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:

Earlier posts in this series:
Using the public logs from ARRL DX SSB 2020, we can generate the following maps for the continental U.S. showing the median distance of QSOs in the contest:
