TELTONIKA TELEMATICS FTC305 Compact 4G LTE Cat 1 e-mobility tracker with CAN data reading without casing

Key Highlights at a Glance

• 4G LTE Cat 1: Reliable mobile connectivity for global E-mobility applications.
• CAN Data Reading: Direct access to vehicle and battery data via the CAN bus.
• No Housing: Compact, open form factor for maximum flexibility in integrating into custom systems.
• Flexible Installation: Minimal space requirement and versatile mounting options directly in vehicles or charging infrastructure.
• E-Mobility Management: Optimized capture and transmission of relevant data for fleet and charging management.
• Wide Voltage Range: Supports input voltages from 10–97 V for use in various electrical environments.
• Standard Package Contents: Includes FTC305 tracker, 7-pin main cable, and a Teltonika branded packaging box.

Performance Features and Connectivity

The FTC305 uses 4G LTE Cat 1 technology to ensure stable and efficient data transmission for telematics applications. This mobile category offers a balanced combination of speed and energy efficiency, specifically tailored to the requirements of E-mobility fleets. The integrated CAN interface enables reading vehicle-specific parameters such as battery status, charge level, and diagnostic data, which are essential for precise fleet management.

Flexible Integration and Installation

Thanks to the absence of a fixed housing, the FTC305 can be seamlessly embedded into existing vehicle architectures or charging infrastructure components. Its compact form and flexible voltage supply of 10–97 V allow deployment in a wide variety of electric vehicles and charging stations without requiring additional voltage converters. The included 7-pin main cable simplifies electrical connection and reduces installation effort.

E-Mobility Management and CAN Data

The FTC305 is specifically designed for managing electric vehicle fleets. Through direct CAN bus connectivity, it continuously captures relevant operational data and transmits it to higher-level systems. This enables precise monitoring of charging cycles, battery condition, and vehicle usage – the foundation for efficient fleet control and predictive maintenance. The open architecture facilitates integration into custom telematics platforms.