4G Solar GPS for Eagle Tracking for Long-Distance Flights
A lightweight 4G solar GPS tracker designed for long-distance eagle and falcon tracking, combining GNSS positioning, cellular communication, and solar charging for extended outdoor flight monitoring.
4G Solar Eagle GPS Tracker Product Specifications
The specification set covers satellite positioning, LTE communication, operating power, enclosure requirements, and platform compatibility—supporting technical evaluation for household and professional pet tracking.
Parameter
Specification
Positioning Accuracy
5–15 m outdoors in open areas
Operating Voltage
DC 5 V / 200 mA (high-efficiency solar charging)
Communication Bands
LTE-FDD: B1/B3/B7/B8/B20/B28
LTE-TDD: B38/B40/B41
WCDMA:B1/B8
GSM: B3/B8
Positioning / Reporting Interval
Default: 60 seconds
Power Supply Method
Built-in 200 mAh (5V) battery
Communication Protocol
JT808
Key Functions of the 4G Solar Bird GPS Tracker
The tracker combines dual-constellation positioning, multi-band LTE data delivery, and platform-based pet monitoring to support dependable location access across everyday and managed-care scenarios.
01
Real-Time Livestock Location Tracking
The tracker uses GNSS positioning and 4G cellular communication to report the bird’s location to a connected tracking platform. This allows users to remotely monitor the reported position of an eagle or falcon during outdoor flight, without relying on direct visual observation.
BeiDou GPS Dual Positioning
LBS-Aided Location Fix
02
Flight Route Playback
The tracking platform records location points reported by the device, allowing users to review the bird’s previous flight route. Historical data can help analyze flight distance, movement direction, frequently visited areas, and changes in flight patterns.
LTE Multi-Band Access
Flexible Carrier SIM Use
03
Mobile APP Monitoring
Location data can be accessed through a compatible mobile tracking APP, allowing users to check the bird’s reported position while away from a desktop computer. Depending on the platform, users can also review location history and other available tracking information.
Current Pet Location
Pet Journey Boundary Log
Core Advantages of the 4G Solar Eagle Tracking Device
Dual-mode satellite positioning, broad network compatibility, and persistent platform access distinguish the tracker for pet recovery, daily supervision, and multi-site care operations.
Solar Charging with Low-Light Enhancement
The solar charging system is designed to supplement the tracker’s battery during outdoor operation, helping extend operating time when sufficient light is available. Low-light enhancement improves the ability to utilize available ambient light, which is useful for birds operating under variable outdoor lighting conditions.
- Solar charging for extended operation
- Designed for outdoor flight environments
- Improved energy collection in low light
- Reduces charging and maintenance needs
Dual-Band GPS Antenna Support
Dual-band GPS antenna support can improve positioning signal reception and positioning stability when satellite signals are affected by the bird’s movement or surrounding environment. This is particularly relevant for flight tracking, where the device orientation changes continuously during movement.
- Supports dual-band GPS positioning
- Improved satellite signal reception
- Designed for dynamic flight conditions
- Helps maintain stable positioning data
Ultra-Lightweight 12g Design
At approximately 12g, the lightweight design minimizes the additional load carried by the bird during flight. Low device weight is especially important for eagle and falcon tracking, where the tracker must provide positioning and communication functions without unnecessarily affecting natural movement.
- Approx. 12g lightweight design
- Reduces additional flight load
- Suitable for bird-mounted applications
- Compact design for easier attachment
Application Scenarios of the 4G Eagle GPS Tracking Device
The 4G locator supports pet dogs, roaming cats, and animals managed by shelters—scenarios that benefit from remote position access without depending on the owner’s immediate proximity.
Wildlife Conservation
GPS tracking can provide researchers and conservation teams with location data for monitored birds without requiring continuous visual observation. Historical positioning data can help study habitat use, movement ranges, and activity areas while supporting long-term wildlife monitoring.
Migration Research
For birds that travel across large geographic areas, GPS location records can provide useful data for studying migration routes, movement distances, stopover areas, and seasonal travel patterns. 4G connectivity enables location data to be transmitted remotely where cellular coverage is available.
Falcon Tracking
The tracker can be used by falconers and bird handlers to monitor valuable birds during outdoor training and flight activities. Remote location tracking helps users identify the bird’s reported position and review its flight route when it moves beyond direct visual range.
Compatible GPS Tracking Platforms for Flexible Management
The 4G eagle GPS tracker can connect with compatible GPS tracking platforms to display device location, historical routes, and other available tracking data. Platform compatibility allows users to select a management interface according to their existing tracking workflow and deployment requirements.
01
GPS51 Real-Time Location Management Platform
GPS51 provides a web-based GPS tracking environment for managing connected tracking devices and viewing reported location information. It can be used to organize devices and access location data through a centralized management interface.
02
Dixin GPS Device Management Platform
The Dixin GPS device management platform provides a centralized interface for connected GPS terminals, supporting device management and location data viewing. It can be used to organize tracking devices and access their reported positioning information.
03
Yiwen Fleet Tracking Management Platform
The Yiwen fleet tracking management platform provides centralized management of connected tracking terminals and location data. Its platform-based approach can support users who need to manage multiple tracking devices from a unified interface.
Solar-Powered Design for Continuous Operation
The solar-powered architecture combines solar energy supplementation with efficient power management to extend the tracker’s operating time during outdoor deployment. This reduces dependence on frequent manual charging and is particularly useful for birds that spend extended periods away from their handlers.
01
Solar Charging
Solar panels convert available outdoor light into electrical energy to supplement the device battery. Actual charging performance depends on factors such as sunlight intensity, exposure duration, orientation, and environmental conditions.
02
Low Power Consumption
Low-power operation reduces energy consumption between positioning and data transmission cycles. This helps balance tracking frequency with battery endurance, which is important for long-duration bird monitoring.
03
Extended Operating Time
By combining solar energy supplementation with low-power operation, the tracker can support longer outdoor deployment than a battery-only design under suitable conditions. This helps reduce the frequency of device removal, charging, and maintenance.
Product Videos of the 4G Solar Eagle GPS Tracker
Watch the walkthrough for SIM installation, device activation, collar or harness mounting, platform binding, satellite acquisition, live map viewing, route playback, and geofence configuration.
FAQs About the 4G Eagle Tracking Terminal
Review practical answers covering GPS and BeiDou positioning, LTE compatibility, SIM selection, reporting intervals, platform access, supported pets, installation, and everyday tracking operation.
01
How does the 4G solar GPS tracker locate an eagle or falcon?
The tracker uses GNSS signals to determine the bird’s position and transmits the location data through a 4G cellular network to a compatible tracking platform.
02
Does the tracker affect the bird’s flight?
The approximately 12g lightweight design is intended to minimize the additional load carried by the bird. Proper attachment and suitability for the specific bird should still be considered before deployment.
03
Can the eagle GPS tracker work without sunlight?
Yes. Solar charging supplements the internal battery rather than replacing it. Operating time without sufficient sunlight depends on battery capacity, tracking frequency, communication activity, and other operating conditions.
04
Can I view the bird’s location on a mobile phone?
Yes, when the tracker is connected to a compatible GPS tracking platform that provides mobile access. Users can view reported location data and, where supported, historical flight routes.
05
Is 4G coverage required for GPS positioning?
GNSS positioning and cellular communication serve different functions. GNSS determines the location, while 4G is used to transmit the location data remotely. Remote reporting therefore depends on available cellular network coverage.
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