UUUFLY
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IP54-rated housing withstands harsh environments (-20°C to 50°C) for reliable field deployment.
Self-docking and auto-charging enable 24/7 continuous missions without human intervention.
Modular design allows integration with 3rd-party sensors and edge computing devices.
Supports multi-drone coordination with real-time task allocation and priority scheduling.
It serves as a foundational hub that connects various industrial applications, fostering innovation and operational synergy.
By enabling customization in fields from agriculture to mapping, this platform unlocks new possibilities for diverse enterprises.
The system features a deep standby function, reducing power consumption to just 10W, perfect for prolonged use in solar-powered configurations.
A smart climate control system maintains optimal operating temperatures for internal equipment, ensuring reliability in extreme weather conditions.
| Specification | Details |
|---|---|
| Dimensions (cover closed) | Dock: 1460 mm x 1460 mm x 1590 mm |
| Weather station | 550 mm x 766 mm x 2300 mm |
| Weight | ≤240 kg |
| Communication mechanism | ETHERNET ACCESS (10/100/1000Mbps adaptive Ethernet interface) |
| Compatible UAV | S400E |
| Charging mode | Auto charging |
| Landing positioning | RTK, vision redundancy |
| Video transmission & control distance | 8 km |
| Work temperature range | -35℃ ~ 50℃ |
| Work humidity range | ≤95% |
| Max work altitude | 5000m |
| IP level | IP54 |
| Function | UPS uninterruptible power supply, night landing |
| Power consumption | 1700W (max) |
| Weather monitoring | Wind speed, rainfall, temperature, humidity, air pressure |
| Back-end control mechanism | WEB |
| SDK development | Yes |
The system features an IP54-rated housing that is designed to withstand harsh environments with a working temperature range of -35℃ to 50℃, ensuring reliable field deployment in extreme weather conditions.
Yes. It features self-docking, auto-charging, and RTK with vision redundancy for landing positioning, enabling 24/7 continuous missions without human intervention.
Yes. The platform is designed with a modular structure, allowing direct integration with third-party sensors, edge computing devices, and supporting SDK development for customized applications.
The maximum power consumption of the system is 1700W. It features a deep standby function that reduces standby power usage to just 10W, enabling long-term operation under solar-powered conditions. An integrated UPS ensures uninterruptible power supply.
The built-in weather station monitors wind speed, rainfall, temperature, humidity, and air pressure to ensure operational safety and facilitate real-time decision-making.
The system supports multi-drone coordination through real-time task allocation and priority scheduling. It also features an 8 km video transmission and control distance, managed via a convenient web-based back-end control mechanism.
