TG Tracking Yabby 3 LoRaWAN
Features
Compact and rugged battery-powered GPS tracker for outdoor asset tracking on LoRaWAN networks.
- Powered by 3 x AAA user-replaceable batteries with 7+ years battery life
- Location via GNSS
- Intelligent power management with battery life monitoring
Download Datasheet
£90.00
Yabby 3 LoRaWAN Related Devices
Yabby 3 LoRaWAN
Compact and rugged battery-powered GPS tracker for outdoor asset tracking on LoRaWAN networks.
- Powered by 3 x AAA user-replaceable batteries with 7+ years battery life
- Location via GNSS
- Intelligent power management with battery life monitoring
Oyster 3 4G BLE
Rugged battery-powered GPS tracker and Bluetooth® Gateway for asset tracking and wireless condition monitoring.
- Powered by 3 x AA user-replaceable batteries with 10+ years battery life
- Location via GNSS and Cell Tower data
- Bluetooth® 5.2 Gateway for tagged asset management and sensor monitoring
- Intelligent power management with low battery alerts
Barra Edge
LTE-M (Cat-M1) / NB-IoT
Compact and rugged battery-powered GPS tracker with magnetic activation and tamper detection for cost-effective indoor/outdoor asset tracking.
- Powered by 2 x AA user-replaceable batteries with 10+ years battery life
- Location via GNSS, Wi-Fi Access Point, and Cell Tower scanning
- Intelligent power management with cloud-based location solving and low battery alerts
- Magnetic activation and tamper detection
Explore Yabby 3 LoRaWAN Features and Applications
In Vehicle Monitoring Systems
Our GPS devices for IVMS use high-quality GPS receivers with low noise amplifiers (LNAs) to boost the signal.
Run Hour Monitoring
One of the key reasons to make use of telematics devices and software is for monitoring Run/Engine hours and odometer readings.
Pulse Counting
The mechanical contact is generally open and will close when a magnet is close enough in proximity. In a rain gauge, this will activate (open and close) when water passes through the meter.
Door Monitoring
Our Yabby and Oyster 2 devices feature Jostle Mode Tracking – where accelerometer activity is used to detect trips/movement.
