Key Features and Capabilities
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Dual-Port Connectivity: Features both 20-pin and 40-pin ports, providing a versatile interface for various hardware requirements.
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Comprehensive Data Support: Supports a wide array of communication protocols, including:
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UART & CAN Bus for serial communication.
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Ethernet (10M/100M) for high-speed data transmission
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PPS Time Synchronization for precise data logging (essential for LiDAR and mapping).
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Advanced Power Management: Includes a “high-power request” function to satisfy power-hungry payloads while maintaining system stability.
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Safety Safeguards: Built-in protection against anti-backflow, over-voltage, over-current, and short-circuits, ensuring that experimental or third-party payloads do not damage the drone’s primary avionics.
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PSDK Compatibility: Fully compatible with GDU’s Payload Software Development Kit (PSDK), allowing for seamless software integration and RTK time-syncing.
Technical Specifications
| Feature | Specification |
| Model | APA01 FlyPort V1 |
| Compatibility | GDU S-Series UAVs (e.g., S200, S220, S400E) |
| Interface Ports | 20-pin & 40-pin |
| Connectivity | Ethernet, UART, CAN, PPS, Power |
| Data Speed | 10M/100M Ethernet |
| Protections | Over-voltage, Over-current, Anti-backflow |
Why Use the FlyPort V1?
The FlyPort V1 is the “Swiss Army Knife” for drone developers. Instead of being restricted to proprietary GDU payloads, this adapter ring allows you to mount and power:
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LiDAR Scanners for 3D modeling.
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Multispectral Sensors for agricultural analysis.
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Gimbal Cameras or custom thermal optics.
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AI Edge Computing Boxes for real-time object recognition.
Note: This adapter is intended for developers and professional integrators. Ensure your third-party payload complies with the drone’s maximum takeoff weight and power limits to maintain flight stability.
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