FAQ Archive
GPSController FAQs - Page 390
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FAQ
How does network latency affect overtime management in GPS-tracked fleets?
Network latency creates significant overtime issues in delivery fleets. A three-minute delay in transmitting 'stop complete' status from urban areas can make dispatchers see trucks as still busy, leading them to reroute...
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When should a delivery fleet upgrade from basic GPS tracking to a full fleet management system?
You should upgrade when your weekly overtime reports show no improvement despite having tracking data. If driver behavior and route efficiency remain unchanged, it indicates you need integrated systems with scheduling, e...
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What are the main limitations of basic GPS tracking for controlling overtime costs in delivery fleets?
Basic GPS tracking often fails to control overtime costs because it shows vehicle location but doesn't connect engine-on time with actual job completion status. It can't distinguish between traffic delays, customer signi...
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When should an HVAC company consider replacing rather than repairing their tracking software?
Replacement should be considered when teams manually reconcile service tickets with GPS logs more than once a week, technicians routinely bypass the system due to inaccurate alerts, the cost of manual data workarounds ex...
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What compliance risks arise from inadequate HVAC fleet tracking software?
Inconsistent logs fail to prove service duration for warranty claims or contractual billing. Systems that batch data create timestamps that don't match digital service records, raising red flags during contract audits or...
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Why do legacy tracking systems struggle with HVAC service operations during peak periods?
Legacy systems often batch location pings to save on server costs, which destroys live ETAs during high-demand periods like heatwaves. They also typically poll engine data every 2-3 minutes, missing short but critical HV...
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What are the common signs that HVAC fleet tracking software is failing?
Common signs include delayed real-time location updates (showing vehicles blocks away when technicians are already on site), misreported truck idle time, late geofence alerts for completed service calls, inaccurate fuel...
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When should you replace your drone fleet tracking software?
Replace your tracking software when latency causes near-misses in your logs, when your team has to build manual 'buffer zones' into flight plans to compensate for software limitations, or when audit reports show unexplai...
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Can upgrading to better GPS hardware fix swarm coordination issues?
Upgrading to RTK GPS improves individual drone accuracy, but it doesn't solve the software's data fusion problem. If the platform can't process and broadcast that high-precision data to all swarm members fast enough, you...
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How many drones can tracking software handle before experiencing coordination failures?
The failure point isn't just about drone count; it's primarily about update frequency. Software using 10-second polling might handle 100 drones, but demanding 1-second updates for just 30 drones can overwhelm the data pi...
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What causes GPS drift in drone swarm tracking software?
GPS drift in drone swarm software is often a software artifact rather than a GPS error. The tracking platform uses predictive filtering to compensate for signal loss, but with multiple drones, these predictions diverge f...
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What's the difference between individual vehicle GPS issues and fleet-wide problems during charging?
If one or two vehicles have issues, you can try to reconfigure sleep timers and reposition antennas. But if your entire depot goes dark during peak charging, those internal fixes aren't enough and you need a system redes...
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