Giraffe Wildlife GPS Tracking System 6-9 Months Extended Battery Life
The Ultimate Wildlife GPS Tracker (Model GT-S10) is a cutting-edge, robust tracking solution engineered for the long-term, reliable monitoring of large and medium-sized wildlife. Combining superior battery technology with advanced positioning systems, this device ensures consistent data collection and provides essential insights into animal behavior, movement, and location, even in challenging terrains.
Key Features
Unrivaled Power Duration
- Massive 20,000mAh Power Cell: Equipped with a high-capacity, rechargeable lithium-ion battery.
- Exceptional Standby Time: Offers up to 6-9 months of continuous operation on a single charge, significantly reducing the frequency of maintenance and battery replacement trips.
Multi-Mode Precision Tracking
- Hybrid Positioning System: Utilizes a combination of GPS, BDS, WiFi, LBS, and AGPS technologies.
- High Accuracy: Delivers precise location data, typically within 5-15 meters, ensuring reliable tracking even where traditional GPS signals might be weak.
Enhanced Signal Reliability
- Dual-Antenna Optimization: Features strengthened antennas to boost signal reception and transmission.
- Robust Connectivity: Maintains reliable data upload and connection quality in densely forested areas or regions with challenging topography.
Intelligent Power Management
- Optimized Energy Use: Smart power-saving algorithms analyze usage patterns and manage the device's components efficiently.
- Extended Functionality: This intelligent system is key to achieving the device's maximum 9-month standby life, ensuring the battery is preserved without compromising tracking functionality.
Rugged and Practical Design
| Dimensions |
Compact form factor at 106*71*45 mm |
| Weight |
Approximately 412g |
| Durability |
Weather-resistant materials to withstand harsh environmental conditions, dust, and moisture |
Applications & Functionality
The GT-S10 is a comprehensive tool for wildlife conservation, research, and herd management.
- Real-Time Location Data: Provides continuous, accurate updates on the animal's current geographical coordinates.
- Movement History & Trails: Automatically records and stores the complete travel trajectory of the tracked animal over the monitoring period.
- Geo-Fencing Capability: Users can define specific virtual boundaries (safe zones or exclusion zones) on a map. The device triggers instant alerts when the animal enters or exits these defined areas.
- Web/Mobile Monitoring Platform: All tracking data is accessible via a user-friendly online platform or mobile application, offering simple remote management and control.
- Two-Way Voice Communication (Selected Models): Allows for brief verbal communication with the animal or handler in the field, useful for specific research scenarios.
Frequently Asked Questions
What animals is this device best suited for?
The tracker is optimized for large terrestrial mammals and wildlife, including species like camels, giraffes, large antelopes, and wild cattle, where its size and weight are appropriate for stable collar mounting.
How accurate is the location reported?
It provides a high level of accuracy, typically pinpointing the animal's location within a 5-15 meter radius, thanks to its multi-technology positioning system.
Can I view the historical data?
Yes. The system maintains a detailed record of all past locations and movement history, which is available for review and analysis through the dedicated online portal.
How do the Geo-Fence security features work?
You can easily set custom geographic boundaries (polygons or circles) on the map interface. If the animal crosses these user-defined perimeters, the system will immediately send an email, SMS, or application alert notification to the designated monitor.
What is the benefit of the 'Intelligent Power Saving' feature?
This feature actively manages the tracker's power consumption to maximize the battery life, helping the device achieve its full 6-9 month standby duration. It ensures the tracker can operate unattended for extended periods, making research more efficient.
