TELTONIKA TELEMATICS FTC920 4G/LTE-CAT 1 GNSS Enhanced-accuracy Standard-voltage Vehicle Tracker

Key Highlights at a Glance

• Connectivity: 4G LTE Cat 1 for reliable data transmission
• Positioning: Enhanced GNSS accuracy for precise tracking
• Security: Integrated anti-theft scenarios
• Efficiency: Longer runtime with slower battery drain
• Application: Optimized for standard voltage vehicles

Precise Positioning and Reliable Connectivity

The FTC920 uses 4G/LTE Cat 1 mobile technology and an improved GNSS module to provide fleet managers with up-to-date and highly accurate positioning data at all times. The combination of efficient data transmission and increased positioning accuracy enables seamless vehicle tracking – even in challenging environments. This allows you to keep your assets in view at all times and analyze routes, idle times, and driving behavior in detail.

Anti-Theft Scenarios for Maximum Security

The device supports specific anti-theft functions that automatically trigger alarms in emergency situations. In the event of unauthorized movement or tampering with the vehicle, predefined scenarios are activated, enabling immediate notification of the fleet manager. These proactive security mechanisms help prevent theft and accelerate vehicle recovery.

Extended Performance with Lower Power Consumption

Thanks to optimized energy management, the FTC920 operates particularly efficiently and drains the vehicle battery more slowly than comparable trackers. This extends readiness while the engine is off and reduces maintenance interventions. The standard voltage supply allows easy integration into passenger cars and light commercial vehicles without additional voltage converters.

Application Areas and Integration

The tracker is suitable for a wide range of fleet applications – from vehicle tracking in the logistics and transport sector to fleet management and theft protection. Seamless integration into existing telematics platforms from Teltonika enables quick commissioning and delivers actionable data for optimizing operational processes, driving behavior, and maintenance planning.