MJ200pro/MJ300 UAV Tethered Ground Station
The MJ200pro/MJ300 series tethered ground stations deliver stable, secure high-power energy links for drones requiring continuous power supply. With 1000V DC and 20kW/30kW output capabilities, they provide reliable electricity for drones performing long-endurance inspection, security surveillance, and emergency command missions, enabling truly “unlimited flight duration.”
Key Features
- Automatic voltage compensation, automatic overcurrent protection
- Anti -inverted electric momentum for safe landing
- Isolation design to prevent electric shock
- Low -current alarm for safe flight
- Base station with 485 communication to display datas in real time
| size | 68.6x44.8x49.2cm |
| weight | 56kg |
| input | 380V AC +10% 50Hz/60HZ |
| height | max.200m |
FAQ
Q1:What is the difference between MJ200pro and MJ300?
The primary difference lies in output power:
- MJ200pro: 20kW
- MJ300: 30kW
Other dimensions, safety mechanisms, communication methods, and functions are largely identical.
Q2:What is the maximum tethered flight height supported?
The system supports a maximum tethered height of 200 meters, suitable for urban security, emergency lighting, temporary elevated surveillance, and similar tasks.
Q3:Is it safe during operation?
The ground station incorporates multiple safety measures:
- Automatic voltage compensation
- Automatic overcurrent protection
- Isolated design for electric shock prevention
- Back-EMF protection
- Low current alarm
It remains stable and reliable even during prolonged high-power operation.
Q4: Can I monitor the ground station's operational status in real time?
Yes. The device features a 485 communication interface that transmits real-time data including voltage, current, and power for monitoring and maintenance.
Q5:Which drones are compatible with this tethered ground station?
Compatible with:
- Security surveillance drones
- Emergency command/rescue drones
- Urban patrol drones
- High-altitude lighting drones
- Industrial inspection drones
Simply integrate the corresponding power module to connect to the system.
