Teltonika - FMB930

The FMB930 is a compact, low-power GPS tracker designed specifically for electric two‑wheelers and light electric vehicles. Green-Gps compatible out of the box, the FMB930 delivers reliable location data and BLE-based telemetry that makes it an ideal choice for e-moped and e-motorcycle fleets where extended idle periods and tight power budgets are common.

Engineered around ultra-low power consumption, the FMB930 combines 2G GSM connectivity (B2/B3/B5/B8), an internal rechargeable 170 mAh battery, and Bluetooth Low Energy (BLE) support for external sensors. When paired with Green-Gps, fleet managers gain real-time tracking, anti-theft monitoring, and scalable device management through supported remote management tools like FOTA WEB.

Key Highlights

• Green-Gps compatible GPS tracker tuned for electric two‑wheelers and light EVs.
• Ultra-low power "Power Off" sleep mode (~1 mA) for long autonomous standby.
• Internal rechargeable 170 mAh battery for extended off‑grid operation.
• 2G GSM connectivity on bands B2, B3, B5 and B8 for wide GSM coverage.
• Bluetooth Low Energy (BLE) for external sensors and beacon pairing (temperature, humidity, magnet, movement).
• Remote device management support (FOTA WEB) for firmware and configuration updates at scale.
• Compact form factor and simple wiring (0.7 m power supply cable included in standard packages).

How It Works with Green-Gps

Integrating the FMB930 with Green-Gps is straightforward: the tracker transmits GNSS position and sensor telemetry over 2G to your telematics platform, where Green-Gps processes the data for real-time tracking, alerts, and historical reporting. Green-Gps compatible integration enables immediate visualization of vehicle locations, BLE sensor readings, and device status — allowing fleet managers to act on anti-theft alarms, movement events, and long-term uptime metrics.

• Real-time tracking: GNSS location updates delivered to Green-Gps for live maps and route playback.
• BLE telemetry: Bluetooth sensors (temperature, humidity, magnet detection, motion) paired to the tracker and forwarded as telemetry to Green-Gps.
• Power state and sleep mode alerts: Monitor Power Off sleep behavior and low-battery notifications remotely.
• Remote firmware & config: Use FOTA WEB compatibility to deploy firmware updates and configuration changes via Green-Gps-managed workflows.
• Fleet management readiness: Data can be combined within Green-Gps with ignition or immobilizer inputs from other integrations, and with fuel monitoring feeds when available, to create a complete fleet picture.

Technical Overview

Use Cases

• Anti-theft monitoring for e-mopeds and e-motorcycles — detect unauthorized movement and send alerts via Green-Gps.
• Basic track-and-trace for urban delivery scooters and last-mile e-vehicles with long idle intervals.
• E-mobility fleet management where low standby consumption preserves battery life during long parking periods.
• Environmental monitoring using BLE sensors — temperature, humidity, and movement telemetry for sensitive cargo on light EVs.
• Compact asset tracking for shared micro-mobility fleets and rentable e-vehicles.

Why Choose This Tracker with Green-Gps

The FMB930 is a focused GPS tracker built for environments where power efficiency and compact form matter. When deployed with Green-Gps, it becomes a cost-effective building block for real-time tracking, anti-theft protection, and BLE-enabled telemetry across lightweight electric vehicles. Green-Gps's platform takes the FMB930's low-power GNSS and BLE data and combines it with fleet management workflows — enabling alerts, historical reports, and remote device maintenance.

For operations that also require ignition or immobilizer control, or advanced fuel monitoring, Green-Gps can ingest and correlate those signals from complementary devices or vehicle integrations alongside FMB930 data. This makes the FMB930 a practical, Green-Gps compatible tracker for mixed fleets where some assets need a compact, ultra-low-power tracker and others require broader I/O or CAN-based telemetry.