APRS Packet Errors for PU2PJH-C (last 6 hours)

This table contains packets in which findU has detected an error. This is an automated system, no manual checking of these packets has been done. Most common cause of this is mistakes in entering the latitude/longitude into hard-coded digis, or positions of 0/0. If packets of yours appear here, and you have looked at it carefully and cannot find the error, look again. I've been watching these error messages in my log, and believe my parser is reasonably correct. Go get the APRS spec to be sure. If you have done that, and are CERTAIN the packet is a legal APRS packet, then it is possible that there is an error in my my parser. Only email me if you are absolutely, positively certain...ask yourself, would I bet $100!

time (UTC)	Packet
20260518011256	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518015516	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518023738	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518032002	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518034056	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518042330	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518050552	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518054814	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz
20260518063005	PU2PJH-C>APDG02,TCPIP*,qAC,PU2PJH-CS:!235721900.00SD467281500.00W&RNG0001/A=000010 70cm Voice (D-Star) 433.10000MHz +5.0000MHz