Name:
JR4KDC-10
Source1:
Symbol:

Latest Packet:
Position Packet
Receive Time:
Age:
Path2:
APU25N via TCPIP*,qAC,T2EHIME
Device3:
Unknown
Latest Forwarded:
Receive Time:
1611703642
Latest Comment:
2/HIROSHIMA 144.64MHz 9.6k {UIV32N}
Receive Time:
(Received in latest packet)
Latest Beacon:
Directs(1)= JE4YKI-13 JE4YKP-2 JH4QHO-2 JN4OSA-9
Receive Time:
1572347606
Latest Status:
DX: JE4YKP-2 34.22.37N 132.16.68E 23.8km 272E 07:19
Receive Time:
1611702046
Latest Position4:
34.367, 132.536666666667
Receive Time:
(Received in latest packet)
Locator5:
Nearby locations:
Hiroshima , Japan
5.44 miles
Kure , Japan 9.47 miles
Hatsukaichi , Japan 11.66 miles
Ōno-hara , Japan 16.45 miles
Kure , Japan 9.47 miles
Hatsukaichi , Japan 11.66 miles
Ōno-hara , Japan 16.45 miles
Latest PHG6:
Power 9 W, Height 39 ft, Gain 7 dB North East
(Calculated range: 10.96 miles)
(Calculated range: 10.96 miles)
Packet frequency:
1636s (Latest 11 packets)

Search for JR4KDC at QRZ.COM!
Check out current
weather in Hiroshima!
(Link to www.qrz.com)
Check out current
weather in Hiroshima!
(Link to www.cwopviewer.com)
Nearby stations/objects:
- A packet is either recived from the regular APRS-IS servers or from the CWOP servers. Packets received from the APRS-IS servers are sent from ham radio operators, and packets received from the CWOP servers are sent from citizen weather stations.
- To get a better understanding of the APRS path I recommend reading the explanation written by wa8lmf.
- Used Aprs Device according to the APRS device identification database.
- Position accordning to the Google geocoding service, based on the reported latitude and longitude (if we get no valid position from the Google gecoding service we will show the latitude and longitude).
- This is the Maidenhead Grid Square Locator, used by ham radio operators to specify a location (using few characters).
- PHG stands for Power-Height-Gain (and directivity). The height is not the height above sea-level, it is the height above average terrain (HAAT = Height Above Average Terrain). PHG is used to calculate the relative RF range of a station. If this station has reported several positions or symbols the PHG data will only be used for the position and symbol used in the PHG-packet.