Why do GPS trackers on scooters experience location drift in urban environments?

Urban environments cause signal jitter during handoffs between cell towers and Wi-Fi networks. Scooters moving at 15 mph through downtown corridors experience constant handoffs, and the tracker's battery-saving sleep cycles between pings can miss these handoffs, causing location to 'jump' blocks and creating phantom trips.

Why do GPS trackers on scooters experience location drift in urban environments?
Urban environments cause signal jitter during handoffs between cell towers and Wi-Fi networks. Scooters moving at 15 mph through downtown corridors experience constant handoffs, and the tracker's battery-saving sleep cycles between pings can miss these handoffs, causing location to 'jump' blocks and creating phantom trips.

Why do GPS trackers on scooters experience location drift in urban environments?

Why do GPS trackers on scooters experience location drift in urban environments?
Urban environments cause signal jitter during handoffs between cell towers and Wi-Fi networks. Scooters moving at 15 mph through downtown corridors experience constant handoffs, and the tracker's battery-saving sleep cycles between pings can miss these handoffs, causing location to 'jump' blocks and creating phantom trips.

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