ID: d5a1b742-7e40-4470-b04c-a3afd0d350b0

Schiffhauer, Nils / DK8OK

Report posted online: https://dk8ok.org/2019/03/26/ghosts-in-the-air-glow-haarp-on-march-26th…

I took an HF recording of a range, covering all frequencies and times scheduled. At my location, on March 26th, 2019, reception was possible only on 5.100 kHz (best), 6.900 kHz, 7.900 kHz and 8.000 kHz. Signal strength was too low to hear any modulation, but the characteristics of the signals did exactly match the schedule – see screenshots and captions below.

Receiver: Elad’s FDM-S2, Antenna: Active Dipole MD-300DX (2 x 2.5 m), Software: V3 from Simon Brown

Reception Reports

Expand a row below for details.

Germany
Date Movement Media
Expand VII. Letters and Numbers
Time
01:03:00 – 01:09:00
Frequency (MHZ)
7.90, 8.00
Antenna
Active Dipole MD-300DX
Receiver
Elad's FDM-S2
Note

On 7.900 kHz, the signal was transmitted by an electronically rotated beam, one rotation per minute, from 01:03 to 01:09 UTC on the West beam. This is clearly seen on the the Signal window below the spectrogram.

On 8.000 kHz, the signal was transmitted by an electronically rotated beam, one rotation per minute, from 01:03 to 01:09 UTC on the East beam. This is clearly seen on the the Signal window below the spectrogram.

Expand VIII. Pictures and Words
Time
01:09:30 – 01:15:30
Frequency (MHZ)
7.90, 8.00
Antenna
Active Dipole MD-300DX
Receiver
Elad's FDM-S2
Note

On 7.900 kHz, the signal was transmitted by an electronically rotated beam, two rotations per minute, from 01:09:30 to 01:15:30 UTC on the West beam. This is clearly seen on the the Signal window below the spectrogram.

On 8.000 kHz, the signal was transmitted by an electronically rotated beam, two rotations per minute, from 01:09:30 to 01:15:30 UTC on the East beam. This is clearly seen on the the Signal window below the spectrogram.

Expand IX. Spy Cameras from the Sky and a Mystery Box in the Woods
Time
01:16:00 – 01:26:00
Frequency (MHZ)
5.10, 6.90
Antenna
Active Dipole MD-300DX
Receiver
Elad's FDM-S2
Note

5.100 kHz, 01:16 to 01:26 UTC, West beam, gave the best signal.
The signal on 6.900 kHz on the East beam from 01:16 to 01:26 UTC was considerably lower.