Dji Flycart30 Drone Tether Drone Power Unit for Relay Communication

• Customization: Available
• Ground Module Input Voltage: 190V to 240V
• Ground Module Onput Voltage: 600~800V
• Model NO.: TPS110M-FC30
• Ground Module Output Power: Greater Than or Equal to 3500W
• Ground Module Protection Level: Ipx4
• Cable Length: 110m/220m/330m
• Weight: 8.5kg
• Air Module Iutput Voltage: 580~810V
• Air Module Output Voltage: 51.5V
• Air Module Output Power: Greater Than or Equal to 3000W
• Air Module Protection Level: IP54
• Transport Package: Aviation Box
• Specification: 550*420*260mm
• Trademark: Rosefinch
• Origin: China
• HS Code: 880220
• Production Capacity: 1000/Year

Product Description

Dji Flycart30 Drone Tether Drone Power Unit for Relay Communication

The Dji Flycart30 Drone Tether Drone Power Unit for Relay Communication is an essential component for enhancing the operational capabilities of the DJi FlyCart30 by providing uninterrupted power and relay communication. This Drone Tethered Station for the DJI FlyCart30 ensures that the drone maintains a stable connection and power supply, making it ideal for long-duration missions such as surveillance or cargo delivery. With this station, the FlyCart30 can act as a mobile base, extending the range of communication and data transmission. The Drone Tethered Station for DJI FlyCart30 supports seamless switching between onboard battery power and tethered power, ensuring continuous operation. Additionally, the station's robust design allows for reliable performance in various environments, making it a valuable addition to any FlyCart30 setup. Another key feature of the Drone Tethered Station for DJI FlyCart30 is its ability to manage power distribution efficiently, further enhancing the drone's capabilities.
 

1. Drone Tether Power Station for drone DJI Flycart30

1.Supporting flight duration:≥24h.
2.Supporting flight altitude:≥200/300m(tethered cable length220/330m,Reserve safe length)

 

2.The Tethered Drone Advantages

 

1. Uninterrupted Power Supply: Tethered drones are connected to the ground by a cable that supplies power directly to the drone. This means they don't need to land to recharge like regular drones do. They can stay up in the air for as long as needed, which is great for tasks that require constant monitoring or coverage.

2. Steady and Secure Positioning: Because they are physically tied to the ground, tethered drones can maintain a fixed position more easily than free-flying drones. This makes them perfect for providing stable aerial platforms for cameras or sensors, ensuring clear and steady images or data collection without being affected much by wind or other environmental factors.
3. High Data Transfer Rates: The cable connecting the drone to the ground also acts as a high-speed data link. This allows for large amounts of data to be transferred quickly between the drone and the operators on the ground. It's like having a super-fast internet connection right from the sky, which is ideal for live streaming video or transferring large files.

 

4. Enhanced Safety and Control: With a physical connection to the ground, tethered drones are less likely to fly away or get lost. Operators have better control over the drone and can ensure it operates within a predefined area, making it safer to use in crowded or sensitive locations.

5. Long-Term Operations: Thanks to their ability to stay airborne for extended periods and their reliable data transmission capabilities, tethered drones are well-suited for long-term missions. Whether it's for security surveillance, event coverage, or infrastructure inspection, these drones can provide continuous service without the need for frequent take-offs and landings.

 

3.The applications of tethered UAV

The tethered UAV can be applied in situations and environments that require long-time operation, making up for the shortcomings of short endurance time, faster power consumption with more mounts, and the need for frequent battery replacement. It expands the industry application of UAV:

Surveillance and Security: Tethered drones can be used for continuous monitoring of critical infrastructure, borders, or large events. They provide an aerial perspective that can enhance security measures and surveillance operations.
Communication Relay: In areas where communication infrastructure is lacking or has been damaged, tethered drones can serve as temporary communication towers. They can relay signals for internet, cellular, and radio communications.
Disaster Response: During natural disasters or emergencies, these drones can assist in search and rescue missions, damage assessment, and providing connectivity to affected areas.
Broadcasting and Media: For live broadcasting of sports events, concerts, or news, tethered drones can offer dynamic camera angles and real-time footage without the need for traditional helicopters or cranes.
Environmental Monitoring: Equipped with sensors, tethered drones can monitor environmental conditions such as air quality, temperature, and humidity over specific areas, contributing to climate research and environmental protection efforts.
Lighting Solutions: Tethered drones can carry powerful lighting systems to illuminate outdoor work sites, construction zones, or disaster areas where standard lighting might be insufficient or impractical.

 

4.Parameters

 

items		Technical parameters
Model		TPS220M-FC30
Cable length		220M
Environmental temperature		-20~45ºC(working),-40~65ºC(storage)
Relative humidity		10~80%RH(working),5~90%RH(storage)
Altitude		≤3000m
Ground power module	Input voltage	380±10%VAC,three-phase, five-wire system (TCM),frequency 50Hz
	Output voltage	600~800Vdcadjustable,Factory Default 800Vdc
	Output power	≥22000W(Rated Long-Time Output),≥25000W(peak value≮30s)
	take-up and payoff speed	0~3m/s,adjustable
	take-up and payoff tensile	0~20N,adjustable
	interface	Input air plug, bollard output LP20 air plug, fiber optic FC port (optional)
	Button and switch	AC Switches, high voltage on/off buttons, cable take-up buttons, power backup switches
	Protection level	IPx4
	Size	600×570×460±0.5mm,excluding foot pads and external accessories
	Weight	54±0.5kg,excluding tethered cable
Tethered cable	Material	Alloy lightweight high temperature resistant aircraft wire, composite fluoroplastic insulation, high modulus tensile aerospace grade fiber braid
	Fiber optic communication	The tethered cable is an optoelectronic composite cable containing tightly wrapped single-mode fiber with optional fiber optic communication.
	Current	25~30A
	DC resistance	1.6±0.1Ω,100m@20ºCloop
	Resistance Tensile strength	≥300kg,resistant to repeated reaction and release times≥1000
	Insulation strength	≥3500Vdc,1min no breakdown
	Cable length	standard equipment 220m,optional 330m
	Outer diameter	6.3±0.1mm
	Weight	44±1g/m
Air module	Input voltage	580~810Vdc wide range input
	Output voltage	59Vdc±1%,constant voltage output,support voltage customization
	Output power	≥18000W(rated long-term output),≥22000W(peak value≮10s)
	Protection function	Input over voltage,under voltage protection,output over voltage,over current,short circuit,and over temperature protection
	Communication function	Optional CAN communication to report voltage, current, temperature data and operating status information.
	Isolation voltage	≥3000V(Vin-Vout),1min,Current leakage 5mA,no breakdown,flying arc and corona phenomena
	Installation method	Replacement of one drone battery, direct plug-and-play installation
	Heat dissipation	Built-in fan for active cooling, reserved air ducts for forced air cooling
	Interface	Input LP20 air plug,output XT90,XT60×2
	Protection level	IP54
	Size	468×308×142±0.5mm,excluding connector
	Weight	10.8±0.2kg(Replacement of one 11.5kg drone battery)
Packages	Size	wheeled suitcase:850×740×600±5mm(Wheels not included)
	Weight	115±5kg,Storage of ground power module, air module, trailer (optional), Annexes and documents

Why Choose Us