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UltraHive®Mk4 Pro
Fixed charging and switching integrated
Docking Station
The Skysys UltraHive® Mk4 Pro is the world's leading universal Drone charging and swapping all-in-one Docking Station. The on-board kit connects to the Drone port via a quick-charge connector to support automatic charging and forward compatibility of multiple Drone models, allowing customers to be fearless about drone iterations. At the same time, the Docking Station supports the DJI M350RTK automatic charging and automatic power exchange. The body is designed with high-strength stainless steel and magnesium-aluminium alloy frame structure, IP54 rain and dust-proof standard, which can provide safe and comfortable charging, storage, data exchange and other basic services for Drone in the field environment.
Weights
790kg
Wind Rating
Level 6
Frequency Per Attendance
10-30 times
Power Supply
220v mains
Network Condition
100M+ Ethernet
Single Operation Time
30 minutes
Whether to support
night descent
Yes
Equipment Power Consumption
2300w peak + 350w standby
Meteorological Detection
Wind speed, wind direction, rainfall, temp, Humidity, Barometric Pressure
IP54 industrial-grade outdoor rain and dust protection standard, to protect Drone's safe and comfortable storage space in the field environment
Protection Class
IP54 industrial-grade outdoor rain and dust protection standard, to protect Drone's safe and comfortable storage space in the field environment
Provides high-definition surveillance views inside and outside the Docking Station, as well as intrusion alarms based on image recognition, Drone landing attitude confirmation, etc.
Remote Monitoring
Provides high-definition surveillance views inside and outside the Docking Station, as well as intrusion alarms based on image recognition, Drone landing attitude confirmation, etc.
The Docking Station is designed with a high-strength stainless steel and magnesium-aluminium alloy frame structure, which is sturdy, reliable, lightweight and non-magnetic.
Structural Material
The Docking Station is designed with a high-strength stainless steel and magnesium-aluminium alloy frame structure, which is sturdy, reliable, lightweight and non-magnetic.
Supports Drone local RF earth station or 4G/5G mobile network based mapping link, supports public or private network deployment
Multi-Network Support
Supports Drone local RF earth station or 4G/5G mobile network based mapping link, supports public or private network deployment
Docking Station supports DJI M350 charging and swapping and supports multi-model compatibility, no fear of Drone iteration, reducing user costs.
Integrated System of Charging and Switching
Docking Station supports DJI M350 charging and swapping and supports multi-model compatibility, no fear of Drone iteration, reducing user costs.
Provides NFC-based Drone identification and authorisation, and supports dynamic authentication of remote control commands.
Identification
Provides NFC-based Drone identification and authorisation, and supports dynamic authentication of remote control commands.
Ensure that Drone is on standby 24 hours a day, every day of the year, responding to immediate attendance needs and creating a "5-minute attendance circle".
Ready at all times
Ensure that Drone is on standby 24 hours a day, every day of the year, responding to immediate attendance needs and creating a "5-minute attendance circle".
The kit connects to the aircraft interface via a quick connector and is compatible with a wide range of multi-rotor Drone models with a wheelbase of up to 1200mm.
Multi-Model Compatibility
The kit connects to the aircraft interface via a quick connector and is compatible with a wide range of multi-rotor Drone models with a wheelbase of up to 1200mm.
Functional Advantage
Users can deploy Docking Stations on a grid basis to achieve full coverage of the management area, and Drone can operate in a grid-based checkerboard fashion, selecting the nearest Docking Station to land, recharge automatically and go on to the next mission.
Grid Deployment
Users can deploy Docking Stations on a grid basis to achieve full coverage of the management area, and Drone can operate in a grid-based checkerboard fashion, selecting the nearest Docking Station to land, recharge automatically and go on to the next mission.
Creating a five-minute Drone attendance circle, Drone takes off from the Docking Station within two minutes after receiving the command and arrives at the designated task site within three minutes to meet the emergency requirements
Five-minute Turnaround Time
Creating a five-minute Drone attendance circle, Drone takes off from the Docking Station within two minutes after receiving the command and arrives at the designated task site within three minutes to meet the emergency requirements
Managers in the command centre can plan routes and tasks for Drone through the remote scheduling system, can schedule Drone, complete remote control of Drone in the management area, and Drone will upload the collected data to the cloud.
Remote Control and Scheduling in the Cloud
Managers in the command centre can plan routes and tasks for Drone through the remote scheduling system, can schedule Drone, complete remote control of Drone in the management area, and Drone will upload the collected data to the cloud.
SkyCab Drone system, according to industry scenarios customised automatic flight algorithms, to achieve Drone autonomous take-off, autonomous inspection, accurate landing, without manual control, automatic flight operations, just through the WEB or PAD end of the set inspection, patrol routes, remote one-key flight operations.
Fully Automatic Flight
SkyCab Drone system, according to industry scenarios customised automatic flight algorithms, to achieve Drone autonomous take-off, autonomous inspection, accurate landing, without manual control, automatic flight operations, just through the WEB or PAD end of the set inspection, patrol routes, remote one-key flight operations.
Real-time control of Drone flight trajectory, flight area and gimbal angle through 4G/5G network connection, etc. 5G network has low latency, large bandwidth, accurate positioning, and is not limited by distance.
4G/5G Communication Transmission
Real-time control of Drone flight trajectory, flight area and gimbal angle through 4G/5G network connection, etc. 5G network has low latency, large bandwidth, accurate positioning, and is not limited by distance.
When Drone receives the task, it automatically searches for the inspection target, locks it and shoots the forensic evidence through the mounted gimbal. When the cloud diagnoses that the inspection target may have defects, Drone automatically adjusts the trajectory to shoot from multiple angles, realising real-time image identification and analysis in the cloud.
AI Recognition of Behaviour and Data Analytics
When Drone receives the task, it automatically searches for the inspection target, locks it and shoots the forensic evidence through the mounted gimbal. When the cloud diagnoses that the inspection target may have defects, Drone automatically adjusts the trajectory to shoot from multiple angles, realising real-time image identification and analysis in the cloud.
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