Teltonika - FTM305

The Teltonika FTM305 is a compact 4G LTE Cat M1 e‑mobility GPS tracker built for demanding vehicle and equipment monitoring and is Green-Gps compatible for seamless backend integration. Designed for electrified transport and industrial environments, the FTM305 pairs robust environmental protection (IP67) with vehicle-grade interfaces to deliver reliable real-time tracking and telemetry for e‑bikes, forklifts, shuttle cars, utility machinery and other electric equipment.

With multi-constellation GNSS performance and CAN bus data acquisition, the FTM305 brings precise positioning and actionable vehicle data to Green-Gps-powered fleet management dashboards. Its wide electrical input range, region-specific cellular variants and support for Teltonika remote management tools make it a practical choice for scalable deployments that require accurate location, telemetry and resilient communications across urban and industrial sites.

Key Highlights

• Green-Gps compatible GPS tracker: integrates GNSS coordinates and telemetry into Green-Gps for real-time tracking and reporting.
• Rugged IP67 enclosure: dust-tight and water-resistant for outdoor and industrial mounting on e‑mobility assets.
• Wide input voltage: 10–97 V support enables use with low-voltage micro-mobility and high-voltage industrial vehicle systems.
• LTE Cat M1 connectivity with NB2 fallback and 2G support where applicable: optimized for IoT power efficiency and broad coverage.
• Enhanced GNSS receiver tracking up to 41 visible satellites for improved positioning accuracy and reliability.
• CAN bus data reading: capture vehicle telemetry, battery management system (BMS) parameters and custom CAN signals for predictive maintenance.
• Compact, lightweight form factor: flexible mounting on e-bikes, forklifts, battery swap units and other constrained spaces.
• Managed with Teltonika remote tools: remote configuration and device monitoring for efficient fleet management.

How It Works with Green-Gps

The FTM305 streams GNSS coordinates and CAN-derived telemetry to Green-Gps for immediate visualization, geofencing, alerts and historical reports. Green-Gps ingest routines can parse location updates and telemetry payloads sent over LTE Cat M1 (or fallback networks) so you get near real-time tracking and asset status. Where CAN data exposes ignition, battery state or alarm signals, Green-Gps can convert those inputs into operational events and automated workflows.

• Real-time location and telemetry updates delivered to Green-Gps for live map tracking and route analysis.
• CAN bus telemetry (battery, voltage, custom sensors) mapped into Green-Gps dashboards and alerts.
• Ignition/door/alarm status and other vehicle signals available if provided via CAN or vehicle interfaces—used by Green-Gps to trigger rules and notifications.
• Remote immobilizer or anti-theft workflows achievable through Green-Gps when external control circuits or vehicle interfaces support them.
• Regional cellular variants ensure consistent connectivity for telemetry and GNSS reporting across networks and geographies.

Technical Overview

Use Cases

• Fleet telematics for urban micro-mobility: track e-bike and scooter fleets, optimize routing and battery swap schedules with real-time location and telemetry.
• Battery management system (BMS) monitoring: read CAN bus data to monitor battery health, state of charge and thermal conditions in electric vehicles and equipment.
• Battery swapping logistics: manage locations and movements of swap stations and swapping operations to improve turnaround and availability.
• Industrial asset tracking: mount on forklifts, shuttle cars and utility machinery to monitor usage, position and operational hours in warehouses and yards.
• Outdoor equipment monitoring: rugged IP67 protection supports tracking of field equipment exposed to dust, rain and harsh conditions.

Why Choose This Tracker with Green-Gps

Pairing the FTM305 with Green-Gps delivers a practical, resilient solution for companies that need precise GPS tracker data together with rich vehicle telemetry. The combination supports fleet management objectives such as improved uptime, predictive maintenance, and anti-theft workflows. Because the FTM305 reads CAN bus parameters, Green-Gps can surface vehicle-specific insights—battery state, voltage trends and custom telemetry—without extra sensor wiring when the vehicle provides that data over CAN.

Operational benefits include consistent real-time tracking over LTE Cat M1 networks with NB2 and 2G fallbacks, a durable IP67 enclosure suited to outdoor use, and a wide input range that fits both low-voltage micro-mobility and higher-voltage industrial platforms. Remote device management via Teltonika tools simplifies deployment and ongoing maintenance, while Green-Gps’s rules, geofences and reporting convert raw GNSS and CAN signals into actionable fleet intelligence. For teams focused on reliable tracking, telemetry-driven maintenance and scalable fleet management, the FTM305 is a Green-Gps compatible GPS tracker that balances environmental resilience, connectivity efficiency and integration flexibility.