GPS-seurantalaite Teltonika FMC920 4G LTE CAT 1 0.128GB musta

The Teltonika FMC920 is a compact GPS tracker with 4G LTE Cat 1 connectivity and fallback to 2G, designed for reliable vehicle and asset tracking. It includes 0.128 GB of internal memory, a 3.7 V rechargeable Lithium‑Ion battery with up to 6 hours of operating time, Micro‑USB charging, and a slim 12 mm profile for easy installation in tight spaces. The device weighs 54 g and supports remote control features for fleet management.

Advantages

The FMC920 provides future‑proof network support with 4G LTE Cat 1 and 2G fallback, extensive remote monitoring and control options including remote engine blocking, and an eco‑driving scenario to support fuel efficiency, vehicle longevity and road safety. Its slim design allows installation in constrained locations while built‑in memory stores event data.

Suitable for

• Vehicle tracking for fleets and individual cars
• Asset monitoring where compact, low‑profile installation is required
• Use cases requiring remote immobilisation and fleet control
• Projects focused on fuel efficiency and driver behaviour monitoring

Key specifications

• Model: Teltonika FMC920 (MPN: FMC9202M5M01)
• Connectivity: 4G LTE Cat 1 with 2G fallback
• Memory: 0.128 GB internal storage
• Battery: 3.7 V Lithium‑Ion, up to 6 hours runtime
• Interface: Micro‑USB charging
• Dimensions: 12 mm height (slim design)
• Weight: 54 g
• Brand: TELTONIKA
• EAN: 4779027310381

How to use

Charge the device via Micro‑USB before first use and install it in a discrete, dry location inside the vehicle or attached asset, ensuring adequate GPS signal reception. Integrate the FMC920 with your fleet management platform according to Teltonika guidelines, configure remote monitoring and immobilisation options as required, and verify connectivity on 4G LTE Cat 1 networks with 2G fallback for areas with limited coverage.

Recommendations

Place the FMC920 where it has a clear view of the sky for optimal GPS performance, keep the battery charged for timely reports, and test remote engine block and eco‑driving scenarios during setup to confirm correct operation within your fleet management system.