Based on the above TLE set, here is an update for PHASMA-DIRAC based on Network and strf observations:
PHASMA-DIRAC
1 98529U 00000AD 25333.16074498 .00000000 00000-0 47961-3 0 01
2 98529 97.4363 45.3274 0005848 7.4340 38.9767 15.16033503 02
dirac_303_v1.dat (1.7 KB)
sites.txt (11.6 KB)
One small update on the TLE of PHASMA-DIRAC:
PHASMA-DIRAC
1 98529U 00000AD 25333.37408547 .00000000 00000-0 47961-3 0 00
2 98529 97.4363 45.5488 0005848 7.4340 123.3102 15.16881059 00
sites.txt (11.6 KB)
dirac_303_v2.dat (1015 Bytes)
PHI-1 received this morning over EU : SatNOGS Network - Observation 12825963
should be GMSK 4800.
There is a TLE update for OTTER:
OTTER
1 98466U 25276U 25332.81984141 .00002106 00000-0 10876-3 0 00003
2 98466 097.4462 044.8320 0005850 349.3372 357.5730 15.16361725000015
We received HUNITY signals with the Celestrak TLE:
HUNITY
1 71930U 25276J 25332.81911340 -.00015028 00000+0 -78160-3 0 09
2 71930 97.4349 44.8341 0007530 2.3039 340.6501 15.16118343 17
Here is the proof:
@Fredy Can you please update the TLE in the DB?
Great news!
Do you know if the LoRa downlink on HUNITY is enabled also?
In your telemetry decoder, I see “LORA Init counter”… what is that a count of?
Thanks!
Not yet, we’ll try to initialize that later. And I’ll have to update the transponders, as the default data rate will be different.
Changed the TLE above to use the temporary NORAD ID in SatNOGS DB:
HUNITY
1 98537U 25276J 25332.81911340 -.00015028 00000+0 -78160-3 0 01
2 98537 97.4349 44.8341 0007530 2.3039 340.6501 15.16118343 19
And propagated to use them in SatNOGS DB and Network:
HUNITY
1 98537U 25276J 25332.81929432 .00000000 00000-0 -78160-3 0 06
2 98537 97.4349 44.8343 0007366 359.4532 344.4875 15.16118283 00
20251129T2112z Also on 401.025 MHz “Ode to Joy”. Probably from SPIN-2 
Hello sv2hwm,
Thank you very much for sharing your observation of our UHF beacons. We would like to confirm that the “Ode to Joy” you recorded is indeed from our T.MicroSat-1 (NORAD ID 98515). 
Newsat-51 might be on 401.738
The signal appears in most BRO-20 obs on the (b)right side of the signal.
PH-1 bad TLE now 
Black Kite-1 using the following TLE can track the satellite. However, the TLE is kind of drift now… Please help to track the satellite, thanks.
1 10210C 25276F 25332.81889581 -.00020335 00000+0 -10471-2 0 01
2 10210 97.4496 44.8291 0005481 340.0709 1.6638 15.16484256 11
Type Transmitter
Downlink Mode GMSK
Downlink Frequency 2288.000 MHz
Baud 38400
PHI-1 TLE
PHI-1
1 98512U 25334.55708984 .00000000 00000-0 15963-1 0 06
2 98512 97.4399 46.5031 0001303 68.4740 47.3516 15.17948859 06
# 20251130.42-20251130.56, 30 measurements, 0.127 kHz rms
Jan | PE0SAT
HCT-SAT2 TLE
HCT-SAT2
1 98470U 14900A 25334.49467721 .00000000 00000-0 -67346-3 0 02
2 98470 97.4397 47.1047 0001310 66.2475 58.1117 15.16702400 06
# 20251130.43-20251130.50, 7 measurements, 0.115 kHz rms
Jan | PE0SAT
For OTTER, the beacon should be at the moment every 2 minutes
As for SPIN-2, the beacon is every 30 seconds. Microsat is using the same frequency, seems not ITU-coordinated.
Changed to use the temporary NORAD ID in DB:
Black Kite-1
1 98527C 25276F 25332.81889581 -.00020335 00000+0 -10471-2 0 08
2 98527 97.4496 44.8291 0005481 340.0709 1.6638 15.16484256 18
Hi, what is the expected time between beacons?
I tried to vet the observations. I found a few with some signal, but I am not sure if it yours. Can you please check it.
The TLE has a negative drag value, and will be off quickly.