Durable Dual-Mode Wildlife GPS Tracker with GPS+LBS for Remote Area Monitoring
Product Features
Our robust and high-precision tracker is engineered for the challenging demands of wildlife conservation and research, offering unmatched reliability and extended performance in the field.
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Exceptional Battery Life: Equipped with a formidable 20,000mAh battery, this device is built for endurance. Expect an impressive super-long standby time of up to 6-9 months, ensuring continuous, long-term monitoring with minimal intervention.
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Superior Location Accuracy: Utilizing a powerful combination of GPS+BDS+WIFI+LBS+AGPS technologies, the tracker ensures highly reliable positioning. It achieves an accuracy of just 5-15 meters under ideal conditions, providing researchers with detailed movement data.
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Dual-Mode Operation (GPS & LBS): The system intelligently switches between GPS and LBS (Location Based Service) to maintain tracking signals even in areas with poor GPS coverage or dense foliage, guaranteeing continuous data collection.
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Two-Way Voice Communication: A unique feature allowing for two-way voice contact with the animal (where applicable and permitted by ethical guidelines), providing an additional tool for management and rapid-response scenarios.
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Intelligent Power Management: Smart optimization of battery usage extends the operational lifespan of the device, maximizing tracking duration without compromising data quality.
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Built-to-Last Design: Measuring 100∗71∗45mm and weighing 412g, the device is housed in a durable and waterproof enclosure, designed to withstand harsh outdoor environments and the rigors of animal activity.
Applications
This tracker is an essential tool for conservationists, researchers, and wildlife management professionals.
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Real-Time Movement Monitoring: Provides continuous, accurate positioning data, enabling immediate tracking of an animal's location, movement speed, and status.
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Geographical Fence (Geo-Fence): Easily establish customizable virtual boundaries on a map. Receive instant alerts via SMS or online platform when an animal enters or exits a predefined safety or study zone.
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Historical Track Replay: Review and analyze the complete movement history of the animal over a selectable time period, offering critical insights into migration routes, habitat utilization, and behavioral patterns.
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Detailed Status Reports: Beyond location, the device can provide further information such as low battery alerts, impact/vibration detection, and unusual movement patterns.
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Conservation and Research: Ideal for studying the long-term migration, social dynamics, and habitat preferences of large mammals like giraffes, camels, wild cattle, and elephants.
Frequently Asked Questions (FAQ)
Q1: What are the primary technologies used for positioning? A: The tracker employs a multi-faceted approach, integrating GPS, BDS (BeiDou Navigation Satellite System), WIFI, LBS (Location Based Service), and AGPS (Assisted GPS) to ensure fast acquisition and precise location data across a wide range of environments.
Q2: What is the typical location accuracy? A: Under optimal conditions, the tracker can achieve a positioning accuracy of 5-15 meters. The accuracy may be lower in areas with very weak satellite signals or dense environmental obstacles (e.g., deep forests).
Q3: How long can the device track on a single charge? A: Thanks to the 20,000mAh battery, the device offers a maximum super-long standby time of 6-9 months. Actual operational life is dependent on the configured location reporting frequency and environmental factors.
Q4: What are the benefits of the 'Signal Strengthening' feature? A: This feature is engineered to actively seek and receive signals, significantly improving the device's reliability and connectivity, especially in challenging or diverse geographic locations where signals can be weak or unstable.
Q5: What is the benefit of the 'Dual-Mode Positioning' feature? A: It guarantees reliable tracking by automatically switching between the high-precision GPS mode and the more pervasive LBS mode, ensuring a continuous position record even when GPS signals are temporarily unavailable.
