STRaND-1 Telemetry 30-07-2013

Date and Time: 30-07-2013 19:11 - 19:24 UTC
Object       : STRAND 1
Max elevation: 45 degree
Azimuth      : 009 - 216 degree
Polarization : RHCP Strongest
Signal       : max 20 - 35 dB above noise
Frequency    : 437.568000 MHz FM +/- doppler
Status       : Active
Remark       : 968 frames, During the pass there where commands send
               to the satellite. This can be seen by the interval of
               beaconing.

Kiss file: STRaND-1_30072013_1747.kss

STRaND-1_30072013_1911UTC

STRaND-1 Telemetry 29-07-2013

STRaND-1 29-07-2013 07:44 – 07:50 UTC, Low elevation pass.

STRaND-1 29-07-2013 07:44 UTC Footprint

Date and Time: 29-07-2013 07:44 - 07:50 UTC
Object       : STRAND 1
Max elevation: 03 degree
Azimuth      : 257 - 318 degree
Polarization : RHCP Strongest
Signal       : max 25 dB above noise
Frequency    : 437.568000 MHz FM +/- doppler
Status       : Active
Remark       : 200 frames, A low elevation pass

Kiss file: STRaND-1_29072013_0718.kss

STRaND-1 telemetry

Date and Time: 28-07-2013 18:38 - 18:52 UTC
Object       : STRAND 1
Max elevation: 79 degree
Azimuth      : 014 - 201 degree
Polarization : LHCP Strongest
Signal       : max 35 dB above noise
Frequency    : 437.568000 MHz FM +/- doppler
Status       : Active
Remark       : 500 plus frames

Kiss files 16:52 – 17:09 UTC: STRaND-1_28072013_1652.kss
Audio file 16:52 – 17:09 UTC: STRaND-1_28072013_1703UTC_AF.zip

Kiss files 18:38 – 18:52 UTC: STRaND-1_28072013_1838.kss

Kiss files 20:17 – 20:27 UTC: STRaND-1_28072013_2017.kss (Update, not the complete pass)

One remarkable observation during this pass from 18:38 – 18:52 UTC there was a big difference in signal strength when switching between LHCP and RHCP. The spectrum below is recorded with LHCP polarization and in the middle you see a drop in strength when I switched to RHCP and back to LHCP.

Spectrum 18:38 – 18:52 UTC pass
STRaND-1 28-07-2013 18:38UTC SDR

strand_28072013

STRaND-1 Telemetry 27-07-2013

STRaND-1 Telemetry 27-07-2013 three passes from 15:55 – 19:23 UTC.

This telemetry is decoded with the latest AGW OnlineKiss 2.4 and therefor this kiss file includes time stamps. The new STRaND-1 decoder can use this extra information. You can download the latest version at the following location: DK3WN Software

1108 Frames in total, the kiss file is available via the following link: STRaND-1_27072013_1555UTC.kss

STRaND-1 Telemetry 26-07-2013

STRaND-1 Telemetry that I received during the following passes:

26.07.2013 STRaND-1 16:27 - 16:36 UTC
26.07.2013 STRaND-1 18:05 - 18:19 UTC
26.07.2013 STRaND-1 19:45 - 19:57 UTC

1372 Frames in total and the kiss file is available via the following link: STRaND-1_26072013_1620UTC.kss

Because I used the Soundmodem from UZ7HO there is also OBC beacon information available within this kiss file.

STRaND-1_TLM_260702013

STRaND-1 Telemetry

STRaND-1 Telemetry 10-03-2013 17:50 UTC 279 frames

Decoded with FCD Pro+ -> MixW -> WSP -> DK3WN OnlineKiss -> DK3WN STRaND-1 Decoder

(Thanks to all the people that helped me with figuring out how to succesfully decode STRaND-1
frames. This combination with MixW is doing the job a whole lot better then AGWPE or a TNC3S.)

STRaND-1 TLM 10-03-2013 17:50 UTC
STRaND-1 TLM 10-03-2013 17:50 UTC