Mystery on the Bands: You Can Hear Us, but We Can’t Hear You!

Dear friends and fellow radio amateurs,

We keep receiving messages through our pilots telling us that many of you can hear us and are following our activity… but we can’t hear you! And, we must admit, this is becoming quite a mystery.

Could it be the deafening noise of the generator pounding away in our ears? A shortage of operators listening at the right moment? Or perhaps someone is intercepting your signals before they even reach our antennas? At this point, we wouldn’t even rule out some mysterious force of propagation!

Jokes aside, this is a phenomenon we are really struggling to explain. After all, considering that we are operating from a country where grounding is practically an abstract concept, our QRM isn’t actually that bad!

As for antennas, we are certainly not short of listening equipment on the low bands: we have two Beverage-on-Ground antennas, one aimed towards Europe and the other towards the USA, an Aziloop, and a K9. So, we do have ears to listen with, and quite a few of them!

We are genuinely sorry for everyone who tries to work us without success. We would love to answer every single call, really, but if we don’t respond, it’s not because we lack enthusiasm or are ignoring you. It’s simply because your signal isn’t making it through to us. And unfortunately, in radio, even the greatest enthusiasm in the world cannot make up for a few missing dB!

Meanwhile, however, we have some great news: we have just passed the 70,000 QSO mark! Considering all the hours we’ve lost waiting for the electricity to come back on, we think this is already an incredible achievement. To be honest, when we started this adventure, we never imagined we would reach such a milestone.

That’s why we want to thank all of you who call us, listen for us, support us, and patiently keep trying, even when our antennas seem to have decided to become a little too selective!

As for us, we will keep doing our very best until the very last minute, trying to put as many friends as possible in the log.

So don’t give up — keep calling us! We’ll keep listening and battling propagation, the generator, and, whenever necessary, the mysterious disappearance of your signals.

Because, after all, that’s what makes amateur radio so special: you never quite know what will happen when you call CQ next!

A big hug to everyone, and… hope to hear you on the bands — fingers crossed!

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31 responses to “Mystery on the Bands: You Can Hear Us, but We Can’t Hear You!”

  1. Juergen Avatar
    Juergen

    When I look at the FT8-signals on 40, 60 and 80 m showing up in my Flex with just full size inverted V’s, no beverages, and an SNR between -10 and -20 dB on one hand and then no response (only cq) or a one time response and no RR73 (with about 80-90 W on my side) and no QRN or generator or other local noise problem then it looks as if there is a receiver problem, either on the radio itself (e.g. damaged by the reported power problems), or in the audio to the notebook or an improper set up of MSHV (assuming this is used and not WSJT-X). Please have a look and try to correct it. It would be great to have you on those bands as well.
    It is already very good that there is only one stream instead of two or more on those bands most of the time, means the signal is strong enough for a good decode.
    Thank you very much for the efforts so far!
    73

    1. Robert Avatar
      Robert

      Same experience here, nice signal, but it is wasted time to call. I stopped trying.

      73 de PG7M Robert

  2. Corrado Avatar
    Corrado

    Hi there! First of all many thanks for the great opportunity to work the prefix and for your job. I can confirm that in the very early EU morning your sig on 40m usually is very good, and there are several stations calling without answer. It’s really a pity you cannot hear them. Probably on digital modes your local QRM doesn’t let you to decode. I do believe that “human” mode, as CW, will be the best solution in such case. Take care and all the very best. 73 Cor IK3ACI

  3. KARL WALKER Avatar
    KARL WALKER

    Thanks for all your hard work guys, I’ll keep trying on the bands I havn’t made it on yet
    Good luck
    73
    Karl
    G0SKW

  4. Wolfgang Avatar
    Wolfgang

    Was there an opening to central EU on 6m so far ?
    I did not see you working 6m a lot of time .. sigs on 10m quite well.
    Maybe try again ? TEP could work in the evenings.
    Wolfgang OE1WEU

  5. Angel WP4G Avatar
    Angel WP4G

    Congratulations on an excellent dxpedition. Definitely at least on 160m FT8 your TX signal is above RX capacity, I have RX your CQ for quite a few days with no luck with 1kw tx , yesterday just put up a 2nd antenna, but fear you already take down 160m , because last night was no show.

    73′ Angel WP4G

  6. Dave Avatar
    Dave

    Dont know how many times I had to repeat the suffix of my call on SSB for all 3 contacts !
    Seems the ops could not pull the DELTA from November eight delta charlie or even Denmark Canada .
    Still finally got the QSO’S logged.
    Great operation and thanks
    de Dave N8DC

  7. IK0IKE Avatar
    IK0IKE

    vi ho sempre ascoltato e collegato mi mancate in 30 e 40m
    potete trasmettere fare un pò di più su queste bande

    grazie x quanto avete fatto e state facendo
    ik0ike

    1. I8KHC Avatar
      I8KHC

      grazie del commento, speriamo odi ascoltarti, propagazione permettendo 73

  8. David Levy K3DFL Avatar
    David Levy K3DFL

    This is exactly my issue on 40M in Eastern PA USA. On the other hand, I just worked you on 12M after two attempts. Go figure. But that is all part of the hobby. You guys are doing a great job.

  9. Paulo Protásio Avatar
    Paulo Protásio

    80m you active in ssb?
    bset 73 cs7bpo

    1. I8KHC Avatar
      I8KHC

      sorry NO, we have bir rumors for ssb, try on cw or ft8 73

  10. MANUEL DE AGUILR EA8ZS Avatar
    MANUEL DE AGUILR EA8ZS

    LLEVO TRES DIAS INTENTANDOLO EN 80 CW , LOS COPIO BIEN Y LOS LLAMO 1, 2,3 ARRIBA Y NO ME ESCUCHAN ?????, TRANSMITO CON UN ACOM 2000 Y UN DIPOLO DE OPTIBEAM A 35 METROS Y NO PUEDO ENTENDER COMO NO COPIAN A NADIE, ANOCHE LO HICE DESDE LAS 21 ALAS 06 GMT Y NADA DE NADA UN MISTERIO ?????

  11. Andy Durrant Avatar
    Andy Durrant

    Thank you for all your efforts, great to have had 11 contacts with you so far FT8 & SSB and two missed QSO’s on FT8 on 80m when I have had a good RX on you but you have struggles with me sending -18 on both days and then loosing me. (80m Bazooks & QRO) We keep trying. No decodes from you on 60m yet. Haven’t seen much 40m SSB activity yet. Very pleased to work you on 6m very strong here in Southern Spain, we have good propagation most nights to C5 & V51 on 6m. Thanks again EA7KBX

  12. Richard Suhar Avatar
    Richard Suhar

    got r73 on 12 meters. with no cfm in log and on line lofg shows 3 15mtr qso in spite on only 1.on this end so go figure…. no cw contacts in spite of trying. You have to remember that this is only a hobby. Keep up the good work.

    73s Dick K8WHA

  13. CLAUDE LECLERE Avatar
    CLAUDE LECLERE

    HELLO,
    je viens de faire enfin QSO sur 7005 à 20h35 le 9 oct 2026 mais mon call est mal noté ce n’est pas F5PYP mais F5PYJ !
    Merci de corriger
    73 ‘s

    1. I8KHC Avatar
      I8KHC

      please write to your manager IK2VUC

  14. Bill Avatar
    Bill

    Despite what others report, I have had very little problem working you from the US Midwest. If I can hear you, I can work you, even when you have a weak signal. Nothing special here. My antenna is only up 15 meters. Output is no more than 1kw, and some QSOs were only with 100 watts. This is SSB and CW only.

  15. Adam Filip Avatar
    Adam Filip

    Mystery on the Bands: You Can Hear Us, but We Can’t Hear You is caused by Trans-Equatorial Chordal Ducting.
    The “One-Way Mirror” Tilt: Around 23:00 UTC, the sunset line (terminator) has already passed the DRC and is hitting the US East Coast. At the magnetic equator over Africa, the ionosphere naturally splits into two dense ridges of ionization with a “trough” over the equator. As the sun sets, this ridge rapidly destabilizes, creating vertical plasma tilts.
    Why we in US can hear you: A signal traveling from the DRC northward hits these equatorial tilts at a perfect grazing angle. It gets trapped inside the ionospheric layers (a chordal duct), bypassing the ground entirely, and cleanly drops right into the US Midwest. It arrives with surprising strength.
    Why you can’t hear us: When we transmit from US southward, our signal hits that exact same equatorial destabilization from the opposite direction. Instead of ducting smoothly, the steep angle causes our wave to scatter widely into space or overshoot the DRC entirely, landing out in the Indian Ocean. Because it overshoots, their highly directional US-aimed Beverage antenna sees absolutely nothing in its narrow, low-angle target window.
    This is explanation from AI.

    Best 73
    Adam AC8CE

    1. Bill Avatar
      Bill

      This explanation is highly dependent upon the frequency of operation. Ducting is much more pronounced on lower frequencies such as 160 meters, and it is not a constant. Any explanation coming from AI is highly suspect and only touches the surface.

      1. Adam Filip Avatar
        Adam Filip

        The explanation was regarding 80m propagation only, it was very detailed but I did not paste the whole text here. If you have better explanation of this propagation phenomenon fill free to provide a link.
        More then 50 US stations were calling them hours on 80m for 5 days and they responded just for few. AI is good as far technical/physics/math issues because it searched thru all available on Internet research papers. I trust AI on engineering/physics/math only however I usually run few sessions on the same subject to make sure that provided info is consistent.
        One again if you have better info on that propagation phenomenon please provide link to research white paper. I’m not buying any other info like “because I think”‘

        Best 73
        Adam AC8CE

  16. Lee Avatar
    Lee

    RX this morning 10/10/26 on 3547…more than 1hour, your sig was between -19 to – 09 here, peak for me 04h30z, decreasing after vy quickly. Lot of CQ from you, no answer, dozens of NA/EU were calling… as you say, one way is strange, Africa is strange… I can send you a capture of screen here after expedition to see . RX with a single OCFD at 12m in the garden, tricky filters on IC-7300 does well. GL for finish and take care team, tnx for ur effort, 73 Lee F5NLY.

  17. Mike - KF9UG Avatar
    Mike – KF9UG

    I heard you very strongly on 80m last night and called back w/ 1000watts for about an hour before I gave up. During this time I saw your station only made a QSO with 3 people despite the fact dozens of people were responding to your CQs. With all due respect, the only mystery here is after all this time you didn’t find why YOUR STATION can’t hear others. It’s quite a shame because there was so much opportunity wasted. Since this is the last day of the DXpedition, I’ll just have to wait for the next group of hams setting up in the DRC to get 80 & 160.
    Sad, but true.

    1. I8KHC Avatar
      I8KHC

      Dear friend, we are sorry you didn’t manage to log a QSO with us. Sure, future teams might do better, but there must be a reason why DRC Congo ranks among the most sought-after countries on 160m and in the top 30 on 80m. Teams more skilled than us have operated from here in the past and achieved only a fraction of our QSO count… Could it be that we were incompetent? Or is it simply that the noise and propagation conditions in this area are hard to overcome, even when equipped with three different types of receiving antennas? Thanks for giving it a try, and we hope you manage to work 9Q soon on the bands where you still need it.

      1. Adam Filip Avatar
        Adam Filip

        Antonio,

        Propagation conditions on 80m preventing from hearing us located in US at DRC Congo. This is seasonal propagation phenomena Trans-Equatorial Chordal Ducting. If you use highly directional receiving antennas while working US you will hear only some lucky signals mostly from South part of US. Try using 80m TX antenna as RX antenna. Maybe this will help.

        Best 73
        Adam AC8CE

  18. Dan Greeson Avatar
    Dan Greeson

    Decoded your signals calling CQ on 30m FT8 several evenings (Honolulu time) with strengths as high as -15 without getting a response. Finally, last night I was able to make the QSO, and it was on my first call. Not sure what was different, but I appreciate a new band for 9Q/9T. My R-7 vertical was OOC due to the recent hurricane, and I made the QSO with an 80m dipole! Thanks again! Aloha, Dan KH6P

  19. Chris Avatar
    Chris

    You have placed an excessive number of antennas in a small space. Most of the time, you are transmitting on the same bands in two modes simultaneously. The electromagnetic field is strong and not manageable by your band filters, which results in the receivers constantly being under RF load in the front ends. You don’t see the overload, but it’s creating the problem you’re describing. Just my humble opinion.

    1. I8KHC Avatar
      I8KHC

      no dear, we are not in the city, we are in a hotel with a big garden and antennas is around 200mt of distance, real porblem is normal Afica noice
      7e

  20. Ted Szypulski Avatar
    Ted Szypulski

    I also thank you guys for the nice operation and for enduring the challenges.

    I saw many times where 9T0MD would call CQ multiple times with hoards of stations calling them back. Instead of picking two, more CQs would be sent as if you couldn’t hear the hoard calling.

    But, thanks for the 10 new band slots for me with the DRC. I just paid my fee for LoTW and paper QSL, and I look forward to receiving the confirmations.

    Have a safe trip home!

  21. Jiri OK2IT Avatar

    Hi all.

    I did try also, and mostly on low bands (80 / 40) where I can be somewhat competetive. Minutes ago I heard CQs on 40m FT8 – lovely -04 signal, with me running full size 4 Square, each vertical sits on great soil and still got 180 radials each.
    100W did’t make the trip, 800W I got -04 while I RXed you best at +4dB, on south BOG.

    There is some in-baance indeed but also, we live on a sphere, with lots of geomagnetic activity. It is common, mostly on long path signals on lower bands that signals tend to go one way better than the other. I would say it is just unforeseen and unfortunate combination of few effects coming together.

    PS – 80m QSO was easy with 100w (TX into 3el phased array), RX on 120m BOG south.

    73 Jiri

  22. Fred Klein - KS7T Avatar

    SFI = 126 A = 52 K = 7
    Conditions during the last 24 hours
    Space weather for the past 24 hours has been strong.
    Geomagnetic storms reaching the G3 level occurred. Radio blackouts reaching the R2 level occurred.
    Forecast for the next 24 hours
    Space weather for the next 24 hours is predicted to be moderate.
    Geomagnetic storms reaching the G2 level are likely. Radio blackouts reaching the R2 level are likely.

    I also included a sample of what was happening on my screen here in Montana
    with a 3 el. Hygain Th3 Mk3 Sr. tribander 10-20m antenna that works on all the
    Warc bands, too. On 17 I have wrkd many AF stns but with a K of 7 and the rest
    I pasted about condx above on Oct. I0 and 11 am surprised I even saw ur signal at all let alone for so long
    and it was good and strong, too on 17 mtrs. Below is a copy of what was on my screen
    which I think tells the story accurately except for the unknown factor of antennas and power
    of the calling stations who called you far more times than my sample shows. I called a few dozen times on 17 FT8 with
    no luck but my 100 w. did get through on 20 and 15 FT8 and 20 SSB after 3 hours of calling yesterday with your signal at
    s1 at best. On CW ur signal much stronger and often peaked S9 but couldn’t get through the EU. wall.
    Here is a portion of 17 FT4:
    234600 2 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:46:30 UTC – 17m – FT4 ——
    234630 0 -0.3 671 + W9BLB 9T0MD -02 Dem. Rep. of the Congo
    —— 2026-10-10 – 23:46:52 UTC – 17m – FT4 ——
    234652 3 -0.2 932 + 9T0MD WB3EGK EN91 U.S.A. OH-PA
    234652 7 -0.3 1104 + 9T0MD HK3TY FJ24 Colombia
    234652 22 -0.3 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    234652 -6 -0.4 1730 + 9T0MD W7CT R-13 U.S.A.
    234652 32 -0.4 2186 + 9T0MD W9BLB R+22 U.S.A.
    234652 30 -0.4 2116 + 9T0MD N5HD EM13 U.S.A. TX-OK
    —— 2026-10-10 – 23:47:07 UTC – 17m – FT4 ——
    234707 5 -0.2 931 + 9T0MD WB3EGK EN91 U.S.A. OH-PA
    234707 7 -0.3 1105 + 9T0MD HK3TY FJ24 Colombia
    234707 25 -0.3 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    234707 -6 -0.4 1730 + 9T0MD W7CT DN41 U.S.A. UT-WY
    234707 35 -0.4 2116 + 9T0MD N5HD EM13 U.S.A. TX-OK
    234707 26 -0.4 2185 + 9T0MD W9BLB 73 U.S.A.
    —— 2026-10-10 – 23:47:22 UTC – 17m – FT4 ——
    234722 0 -0.2 931 + 9T0MD WB3EGK EN91 U.S.A. OH-PA
    234722 9 -0.3 1104 + 9T0MD HK3TY FJ24 Colombia
    234722 27 -0.3 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    —— 2026-10-10 – 23:47:45 UTC – 17m – FT4 ——
    234745 -4 -0.3 669 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:48:45 UTC – 17m – FT4 ——
    234845 -3 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:49:15 UTC – 17m – FT4 ——
    234915 -2 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:50:00 UTC – 17m – FT4 ——
    235000 1 -0.3 672 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:51:37 UTC – 17m – FT4 ——
    235137 4 -0.3 1105 + 9T0MD HK3TY FJ24 Colombia
    235137 30 -0.4 1317 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235137 18 -0.4 1422 + 9T0MD VA3NB FN04 Canada
    235137 3 -0.5 1788 + 9T0MD W9DX EN41 U.S.A. IA-IL
    235137 2 -0.1 2459 + 9T0MD HK5FX FJ13 Colombia
    235137 1 0.0 1208 + 9T0MD N2GXJ FM29 U.S.A. MD-DE-NJ-PA
    —— 2026-10-10 – 23:51:52 UTC – 17m – FT4 ——
    235152 6 -0.4 1105 + 9T0MD HK3TY FJ24 Colombia
    235152 23 -0.4 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235152 21 -0.3 1421 + 9T0MD VA3NB FN04 Canada
    235152 4 -0.5 1788 + 9T0MD W9DX EN41 U.S.A. IA-IL
    —— 2026-10-10 – 23:52:07 UTC – 17m – FT4 ——
    235207 8 -0.4 1105 + 9T0MD HK3TY FJ24 Colombia
    235207 22 -0.3 1319 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235207 6 -0.4 1787 + 9T0MD W9DX R+14 U.S.A.
    —— 2026-10-10 – 23:52:22 UTC – 17m – FT4 ——
    235222 0 -0.3 1104 + 9T0MD HK3TY FJ24 Colombia
    235222 24 -0.4 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235222 8 -0.5 1788 + 9T0MD W9DX R+14 U.S.A.
    —— 2026-10-10 – 23:52:37 UTC – 17m – FT4 ——
    235237 15 -0.4 1103 + 9T0MD HK3TY FJ24 Colombia
    235237 28 -0.4 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235237 4 -0.5 1787 + 9T0MD W9DX 73 U.S.A.
    —— 2026-10-10 – 23:52:52 UTC – 17m – FT4 ——
    235252 20 -0.3 1103 + 9T0MD HK3TY FJ24 Colombia
    235252 33 -0.4 1315 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    —— 2026-10-10 – 23:53:07 UTC – 17m – FT4 ——
    235307 8 -0.4 1103 + 9T0MD HK3TY FJ24 Colombia
    235307 33 -0.4 1315 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    235307 4 -0.1 2457 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-10 – 23:53:22 UTC – 17m – FT4 ——
    235322 16 -0.3 1104 + 9T0MD HK3TY FJ24 Colombia
    235322 33 -0.3 1315 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    —— 2026-10-10 – 23:53:37 UTC – 17m – FT4 ——
    235337 18 -0.3 1103 + 9T0MD HK3TY FJ24 Colombia
    235337 30 -0.3 1316 + 9T0MD W0HBK EN42 U.S.A. IA-IL-WI
    —— 2026-10-10 – 23:53:52 UTC – 17m – FT4 ——
    235352 27 -0.3 1104 + 9T0MD HK3TY FJ24 Colombia
    235352 5 -0.1 2456 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-10 – 23:54:07 UTC – 17m – FT4 ——
    235407 27 -0.3 1102 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-10 – 23:54:22 UTC – 17m – FT4 ——
    235422 30 -0.3 1103 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-10 – 23:54:37 UTC – 17m – FT4 ——
    235437 24 -0.3 1103 + 9T0MD HK3TY FJ24 Colombia
    235437 38 -0.4 2311 + 9T0MD N5HD EM13 U.S.A. TX-OK
    —— 2026-10-10 – 23:54:45 UTC – 17m – FT4 ——
    235445 -2 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:54:52 UTC – 17m – FT4 ——
    235452 25 -0.4 1104 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-10 – 23:57:15 UTC – 17m – FT4 ——
    235715 0 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:58:15 UTC – 17m – FT4 ——
    235815 3 -0.3 672 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:58:45 UTC – 17m – FT4 ——
    235845 -5 -0.3 672 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:58:52 UTC – 17m – FT4 ——
    235852 28 -0.3 1530 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-10 – 23:59:00 UTC – 17m – FT4 ——
    235900 3 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-10 – 23:59:15 UTC – 17m – FT4 ——
    235915 4 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:00:00 UTC – 17m – FT4 ——
    000000 -7 -0.3 672 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:00:15 UTC – 17m – FT4 ——
    000015 -7 -0.3 673 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:00:30 UTC – 17m – FT4 ——
    000030 -8 -0.3 672 + K5MV 9T0MD -08 Dem. Rep. of the Congo
    —— 2026-10-11 – 00:00:52 UTC – 17m – FT4 ——
    000052 17 -0.4 1019 + 9T0MD K5MV R+00 U.S.A.
    000052 -6 -0.4 1529 + 9T0MD HK3TY FJ24 Colombia
    000052 -7 -0.4 1114 + 9T0MD K8DE EN82 U.S.A. MI
    —— 2026-10-11 – 00:01:07 UTC – 17m – FT4 ——
    000107 11 -0.4 1019 + 9T0MD K5MV 73 U.S.A.
    000107 9 -0.4 1114 + 9T0MD K8DE EN82 U.S.A. MI
    000107 -4 -0.4 1528 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:01:15 UTC – 17m – FT4 ——
    000115 -10 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:01:22 UTC – 17m – FT4 ——
    000122 2 -0.4 1114 + 9T0MD K8DE EN82 U.S.A. MI
    000122 -3 -0.4 1528 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:02:00 UTC – 17m – FT4 ——
    000200 -10 -0.3 670 + EA5SQ 9T0MD -07 Dem. Rep. of the Congo
    —— 2026-10-11 – 00:02:15 UTC – 17m – FT4 ——
    000215 -10 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:02:22 UTC – 17m – FT4 ——
    000222 1 -0.4 1113 + 9T0MD K8DE EN82 U.S.A. MI
    000222 -3 -0.4 1528 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:02:30 UTC – 17m – FT4 ——
    000230 -9 -0.3 671 + EA5SQ 9T0MD RR73 Dem. Rep. of the Congo
    —— 2026-10-11 – 00:02:45 UTC – 17m – FT4 ——
    000245 -10 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:03:00 UTC – 17m – FT4 ——
    000300 -10 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:03:15 UTC – 17m – FT4 ——
    000315 -6 -0.3 669 + CQ 9T0MD JI75 AF
    000315 5 -0.4 1019 + TF2CT K5MV EM20 U.S.A. TX
    —— 2026-10-11 – 00:03:30 UTC – 17m – FT4 ——
    000330 15 -0.4 1019 + TF2CT K5MV EM20 U.S.A. TX
    —— 2026-10-11 – 00:03:45 UTC – 17m – FT4 ——
    000345 17 -0.4 1019 + TF2CT K5MV EM20 U.S.A. TX
    —— 2026-10-11 – 00:04:00 UTC – 17m – FT4 ——
    000400 -9 -0.3 671 + CQ 9T0MD JI75 AF
    000400 5 -0.4 1019 + TF2CT K5MV EM20 U.S.A. TX
    —— 2026-10-11 – 00:04:15 UTC – 17m – FT4 ——
    000415 1 -0.4 1019 + TF2CT K5MV R+03 U.S.A.
    —— 2026-10-11 – 00:04:30 UTC – 17m – FT4 ——
    000430 -8 -0.3 671 + PP2FRS 9T0MD -11 Dem. Rep. of the Congo
    000430 3 -0.4 1019 + TF2CT K5MV 73 U.S.A.
    —— 2026-10-11 – 00:04:52 UTC – 17m – FT4 ——
    000452 1 -0.4 1256 + 9T0MD K8DE EN82 U.S.A. MI
    000452 -11 -0.4 1529 + 9T0MD HK3TY FJ24 Colombia
    000452 -12 -0.4 1869 + 9T0MD PP2FRS R+01 Brazil
    000452 -12 -0.1 2459 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:05:00 UTC – 17m – FT4 ——
    000500 -8 -0.3 670 + PP2FRS 9T0MD RR73 Dem. Rep. of the Congo
    —— 2026-10-11 – 00:05:07 UTC – 17m – FT4 ——
    000507 -11 -0.4 1867 + 9T0MD PP2FRS 73 Brazil
    000507 -7 -0.1 2459 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:05:15 UTC – 17m – FT4 ——
    000515 -9 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:05:22 UTC – 17m – FT4 ——
    000522 -3 -0.4 1255 + 9T0MD K8DE EN82 U.S.A. MI
    —— 2026-10-11 – 00:05:30 UTC – 17m – FT4 ——
    000530 -10 -0.3 669 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:05:45 UTC – 17m – FT4 ——
    000545 -10 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:06:00 UTC – 17m – FT4 ——
    000600 -10 -0.3 669 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:06:15 UTC – 17m – FT4 ——
    000615 -9 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:06:30 UTC – 17m – FT4 ——
    000630 -9 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:06:37 UTC – 17m – FT4 ——
    000637 7 -0.4 803 + 9T0MD K8DE EN82 U.S.A. MI
    000637 -17 -0.3 1530 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:06:45 UTC – 17m – FT4 ——
    000645 -11 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:07:00 UTC – 17m – FT4 ——
    000700 -8 -0.3 671 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:07:15 UTC – 17m – FT4 ——
    000715 -11 -0.3 670 + CQ 9T0MD JI75 AF
    —— 2026-10-11 – 00:08:22 UTC – 17m – FT4 ——
    000822 -21 -0.3 1530 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:08:37 UTC – 17m – FT4 ——
    000837 -11 -0.1 2702 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:08:52 UTC – 17m – FT4 ——
    000852 -9 -0.1 2701 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:09:07 UTC – 17m – FT4 ——
    000907 -13 -0.1 2700 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:09:52 UTC – 17m – FT4 ——
    000952 -6 -0.4 671 + 9T0MD WG8E EM95 U.S.A. SC-NC
    000952 -11 -0.4 1905 + 9T0MD KG8P EN81 U.S.A. OH-MI
    000952 0 -0.1 2702 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:10:07 UTC – 17m – FT4 ——
    001007 -6 -0.5 671 + 9T0MD WG8E EM95 U.S.A. SC-NC
    001007 1 -0.4 1905 + 9T0MD KG8P EN81 U.S.A. OH-MI
    001007 -6 -0.1 2702 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:10:22 UTC – 17m – FT4 ——
    001022 -4 -0.4 670 + 9T0MD WG8E EM95 U.S.A. SC-NC
    001022 16 -0.4 1904 + 9T0MD KG8P EN81 U.S.A. OH-MI
    001022 -4 -0.1 2702 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:10:37 UTC – 17m – FT4 ——
    001037 12 -0.4 1904 + 9T0MD KG8P R+06 U.S.A.
    001037 -5 -0.1 2701 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:10:52 UTC – 17m – FT4 ——
    001052 -11 -0.4 782 + 9T0MD WG8E EM95 U.S.A. SC-NC
    001052 5 -0.4 1905 + 9T0MD KG8P R+06 U.S.A.
    001052 -10 -0.1 2701 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:11:07 UTC – 17m – FT4 ——
    001107 -12 -0.1 2701 + 9T0MD HK5FX FJ13 Colombia
    —— 2026-10-11 – 00:11:22 UTC – 17m – FT4 ——
    001122 -10 -0.4 782 + 9T0MD WG8E EM95 U.S.A. SC-NC
    —— 2026-10-11 – 00:11:37 UTC – 17m – FT4 ——
    001137 -12 -0.4 782 + 9T0MD WG8E EM95 U.S.A. SC-NC
    —— 2026-10-11 – 00:12:22 UTC – 17m – FT4 ——
    001222 12 -0.4 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:12:37 UTC – 17m – FT4 ——
    001237 15 -0.5 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:12:52 UTC – 17m – FT4 ——
    001252 16 -0.4 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:13:07 UTC – 17m – FT4 ——
    001307 13 -0.4 1319 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:13:22 UTC – 17m – FT4 ——
    001322 -12 -0.4 782 + 9T0MD WG8E EM95 U.S.A. SC-NC
    001322 -19 -0.4 1139 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    001322 -18 -0.3 1526 + 9T0MD HK3TY FJ24 Colombia
    —— 2026-10-11 – 00:13:37 UTC – 17m – FT4 ——
    001337 12 -0.4 1319 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:13:52 UTC – 17m – FT4 ——
    001352 15 -0.4 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:14:07 UTC – 17m – FT4 ——
    001407 11 -0.5 1319 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:14:22 UTC – 17m – FT4 ——
    001422 19 -0.4 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    —— 2026-10-11 – 00:14:37 UTC – 17m – FT4 ——
    001437 15 -0.4 1318 + 9T0MD WA1NHZ DM42 U.S.A. AZ
    001437 -19 -0.3 1526 + 9T0MD HK3TY FJ24
    What went on here went on like this on other bands, too
    But this is not your fault. Condx were far from being ideal
    most of the expedition but ur last day was the worst by far.
    Plus Oct. is far too early for dx across the pond on the low
    bands even in good cndx. I never saw ur signal on the low bands
    but did see a few EA callers on 40.
    Thanks for what u guys did and trying so hard-Fred KS 7T

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