Tethered drones have long hovering times and stable suspension. In addition to providing aerial lighting, they can be equipped with self-organizing network radios to form a stable communication link with multiple ground nodes, achieving wireless signal coverage between the operational area and the command center, ensuring real-time video and voice transmission. Their roles are significant: first, as a communication relay and coverage, they act as mobile communication relay stations in complex terrains or emergencies, and can quickly establish aerial self-organizing network communication systems; second, for emergency response and rescue support, they can be rapidly deployed to provide communication guarantees for rescuers and transmit multidimensional real-time information; third, they exhibit strong environmental adaptability and flexibility, capable of autonomously forming networks and operating stably in harsh environments.
5kg payload tethered drone
10kg payload tethered drone
40kg payload tethered drone
Tethered drone lighting has several significant functions:
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Emergency lighting support: In emergencies such as natural disasters or accident sites, traditional lighting facilities are prone to damage or have coverage blind spots. At this time, tethered lighting drones can be rapidly deployed to provide not only lighting but also timely and reliable wireless broadband communication support through onboard equipment, ensuring smooth communication for rescue personnel.
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Support for night construction: For construction projects carried out at night, tethered lighting drones can provide extensive and high-intensity lighting, effectively enhancing construction safety and operational efficiency.
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Support for large events: Outdoor activities such as music festivals and sports events often face temporary lighting needs. Tethered lighting drones can be flexibly deployed to quickly establish temporary lighting networks.
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Enhancement of public safety: In the field of urban safety management, tethered lighting drones can be used for nighttime patrol lighting, assisting monitoring systems in obtaining clear images and enhancing urban safety protection capabilities.
Wireless self-organizing network device
MA100 is a broadband MIMO wireless self-organizing network module, integrated with up to 4W dual-channel high linearity amplifiers, supporting point-to-point, point-to-multipoint, multipoint-to-multipoint automatic relay, and multi-hop. It can interconnect with other self-organizing network devices and supports API interface for secondary development, widely applicable in drones, unmanned boats, and robot self-organizing network applications.

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ProductFeatures |
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• Maximum rate up to90Mbps • Elevated unobstructed transmission distance30-50km • Supports inter-frequency communication • Supports 2.4G WiFi • Expandable |
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Applicable Scenarios |
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• Emergency communication/emergency rescue command/emergency communication vehicle• MESH self-organizing network/single-frequency communication/military exercises• Optoelectronic smart cities/outdoor power, surveying/airborne ship transmission• Urban patrol dedicated network construction/military exercises/drone image transmission and data transmission |
Product Parameters
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RF Parameters |
Networking Frequency |
1410-1480MHz@4W MIMO 2*2(350MHz-3.8GHz Customizable) |
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Modulation Method |
DSSS/CCK/BPSK/QPSK OFDM BPSK/QPSK//16-QAM/64-QAM |
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Transmit Power |
36dBm |
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Receive Sensitivity |
Maximum-97dBm |
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Interface |
1.4G@SMA*2, built-in WIFI antennas*2 |
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Channel Bandwidth |
2M/5M/10M/20M/40M(Adjustable) |
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WiFi Hotspot |
2.4G |
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Effective Distance |
30–50 kilometers (elevated) |
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Network/Management |
Configuration Method |
WEB |
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Self-organizing Network Node Count |
Not less than50 units |
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System |
MESHCOM self-organizing network |
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Physical/Environment |
Operating Temperature |
-40℃ ~ +65℃ |
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Operating Humidity |
5% ~ 95% (non-condensing) |
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Storage Temperature |
-45ºC ~ +85ºC |
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Weight |
220g |
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Dimensions |
110 x 94 x 21mm |
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Electrical Characteristics
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Supported Voltage |
12-26V power supply |
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Overall Power Consumption |
Average power consumption8W@33dBm,16W@36dBm |
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Peak Power Consumption |
25W |
Interface Diagram

Product Composition

Business Consultation
【Contact】 Mr. Gong 18771937458

-The end-
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Obtaining a Drone License from Scratch: It’s Not a Dream
Why Are Young People Eager to Obtain CAAC Drone Licenses?
The Drone Industry is Entering a Golden Development Period: Obtaining CAAC Licenses Becomes a New Career Trend
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