What are the common mistakes that worsen multi-constellation GNSS tracker performance in fleet operations?

The biggest mistake is assuming more satellites automatically mean better accuracy, leading to complacency. Poor antenna placement (under metallic dashboards or near DVRs) cripples all constellations equally. Another critical error is not configuring the tracker's reporting logic for signal drops - many default to sending the last known fix, making stationary vehicles appear active for hours, skewing fuel performance monitoring and creating compliance gaps.

What are the common mistakes that worsen multi-constellation GNSS tracker performance in fleet operations?
The biggest mistake is assuming more satellites automatically mean better accuracy, leading to complacency. Poor antenna placement (under metallic dashboards or near DVRs) cripples all constellations equally. Another critical error is not configuring the tracker's reporting logic for signal drops - many default to sending the last known fix, making stationary vehicles appear active for hours, skewing fuel performance monitoring and creating compliance gaps.

What are the common mistakes that worsen multi-constellation GNSS tracker performance in fleet operations?

What are the common mistakes that worsen multi-constellation GNSS tracker performance in fleet operations?
The biggest mistake is assuming more satellites automatically mean better accuracy, leading to complacency. Poor antenna placement (under metallic dashboards or near DVRs) cripples all constellations equally. Another critical error is not configuring the tracker's reporting logic for signal drops - many default to sending the last known fix, making stationary vehicles appear active for hours, skewing fuel performance monitoring and creating compliance gaps.

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