Comment:	LoRa APRS IGate
Last status:	https://github.com/richonguzman/LoRa_APRS_iGate 2025.03.20
Location:	49°47.80' N 10°04.91' E - locator JN59AT91TE - show map 3.3 km North bearing 358° from Biebelried, Regierungsbezirk Unterfranken, Bavaria, Germany [?] 3.5 km East bearing 96° from Rottendorf, Regierungsbezirk Unterfranken, Bavaria, Germany 106.1 km East bearing 109° from Frankfurt am Main, Regierungsbezirk Darmstadt, Hesse, Germany 130.4 km Northeast bearing 30° from Stuttgart, Regierungsbezirk Stuttgart, Baden-Württemberg, Germany
Last position:	2025-07-22 04:54:31 UTC (7m37s ago) 2025-07-22 06:54:31 CEST local time at Biebelried, Germany [?]
Device:	Ricardo, CA2RXU: ESP32 LoRa iGate (igate)
Last path:	DK9NCX-10>APLRG1 via TCPIP*,qAC,T2LAUSITZ
Positions stored:	3
Other SSIDs:	DK9NCX-8
APRS igate – Statistics for 2025-07:
Stations heard directly:	42 on radio path – show map
Last heard a station directly:	2025-07-22 04:19:55 UTC (42m13s ago)
Normal receiver range estimate:	50 km (Updated: 2023-06-30 23:59:12 UTC)
Position packets heard directly:	1479 on radio path
Position packets sent to APRS-IS:	1932 – show map

Only stations from which a position packet has been heard are shown here. The range statistics show some extra long hops, because some digipeaters do not correctly add themselves to the digipeater path. Please check the raw packets.

This page shows real-time information collected from the Automatic Position Reporting System Internet network (APRS-IS). APRS is used by amateur (ham) radio operators to transmit real-time position information, weather data, telemetry and messages over the radio. A vehicle equipped with a GPS receiver, a VHF transmitter or HF transceiver and a small computer device called a tracker transmits it's location, speed and course in a small data packet, which is then received by a nearby iGate receiving site which forwards the packet on the Internet. Systems connected to the Internet can send information on the APRS-IS without a radio transmitter, or collect and display information transmitted anywhere in the world.