Product Categories
-
Category Types (2)
-
Category Types (3)
Showing all 13 results
-
Special Order
TeltonikaTeltonika FMC003 4G LTE Cat 1 tracker with OBD
SKU: TKA-FMC003-P01
Plug-and-play OBD-II tracking for cars and light vehicles
-
Special Order
TeltonikaTeltonika FMC003 4G LTE Cat 1 tracker with OBD – 20 pack
SKU: TKA-FMC003-20P-J01
Plug-and-play OBD-II tracking for cars and light vehicles
-
Special Order
TeltonikaTeltonika FMC130 4G LTE Cat 1 tracker with flexible inputs
SKU: TKA-FMC130
CAN adapter support
-
Special Order
TeltonikaTeltonika FMC150 4G LTE Cat 1 GPS tracker with CAN
SKU: TKA-FMC150
Advanced Cat 1 GPS tracker with integrated CAN data processor
-
TeltonikaTeltonika FMC250 4G LTE Cat 1 Tracker with CAN
SKU: TKA-FMC250
IP67 4G CAT M1/GSM/GNSS/BLUETOOTH LE, for in-vehicle installation.
-
Special Order
TeltonikaTeltonika FMC650 4G LTE Cat 1 tracker with high capacity battery and antennas
SKU: TKA-FMC650
4G LTE Cat 1 tracker for advanced applications with high capacity backup battery and external antennas
-
Next Stock
TeltonikaTeltonika FMM250 4G LTE Cat M1 Tracker with CAN
SKU: TKA-FMM250
Water-resistant 4G LTE Cat M1 tracker with integrated CAN data processor for in-vehicle installation.
-
Special Order
TeltonikaTeltonika FTC920 4G LTE Cat 1 Vehicle GPS tracker
SKU: TKA-FTC920
Next-generation GPS tracker with enhanced GNSS accuracy
-
Special Order
TeltonikaTeltonika FTC921 4G LTE Cat 1 Vehicle GPS tracker – High Voltage
SKU: TKA-FTC921
Next-generation high voltage GPS tracker with enhanced GNSS accuracy
-
Special Order
TeltonikaTeltonika Mesh Anchor
SKU: TKA-M-ANC
Fixed Wirepas reference point for accurate indoor positioning and mesh networking
-
Special Order
TeltonikaTeltonika Mesh Gateway Wifi
SKU: TKA-M-GWYWIFI
Collects data from Wirepas Mesh devices and forwards to the platform
Optimise Operations with Advanced Telematics System Solutions
Robust telematics is essential for capturing real-time operational data in industrial fleet management. Our specialised range, including the Teltonika FMC250, provides high-performance 4G LTE tracking integrated with CAN bus data acquisition. These IP67-rated devices are engineered for the extreme environmental conditions in mining and construction sites. By deploying professional telematics, Australian engineers can monitor fuel consumption, engine health and GNSS positioning, ensuring remote assets remain operational and secure.
As a leading provider of telematics Australia-wide, OSA delivers field-ready infrastructure rather than just off-the-shelf hardware. Our in-house R&D laboratories stage and test every telematics system to ensure it meets the rigorous demands of your specific deployment. Backed by our nationwide logistics network and technical expertise, we help you “do it once and do it right.” Shop our range today or reach out to our team for a technically led consultation.
Looking for the infrastructure to power your remote data? Explore our broader network solutions range and cellular IoT/M2M hardware.
FAQs
Telematics is the convergence of telecommunications and information processing. In an industrial context, it refers to the integrated use of GPS technology and onboard diagnostics to transmit real-time data from remote assets over cellular networks. This allows organisations to monitor the status and location of vehicles or machinery, turning raw movement into actionable and secure business intelligence.
Telematics is primarily used for fleet management, asset tracking and heavy machinery monitoring. It enables engineers to track engine health, fuel consumption and operational hours remotely. Beyond simple location services, it provides deep data insights used for predictive maintenance, regulatory compliance and enhancing the safety of mobile workforces across diverse sectors.
A telematics system is a holistic infrastructure consisting of tracking hardware, cellular connectivity and data management software. The hardware, like the Teltonika FMC250, collects data via the vehicle’s CAN bus or specialised sensors. This information is transmitted through 4G or 5G networks to a central platform, so managers can visualise asset performance and coordinate complex field operations.
The primary benefits include reduced operational downtime, optimised fuel efficiency and extended asset longevity through predictive maintenance. These systems offer a significant ROI by mitigating the risks associated with remote asset failure. It enhances driver safety through behavioural monitoring and ensures project timelines are met by providing total visibility over machinery deployments.



