UAV cluster over-the-horizon ad hoc network communication system solution

UAV swarm over-the-horizon ad hoc network communication system is a dynamic autonomous local area wireless communication network with significant technical characteristics such as distributed, non-centered, self-organized, multi-service, long-distance, and precise positioning.

It supports the dynamic joining and exiting of members in the cluster, which meets the cooperative communication requirements of large-scale and highly dynamic drone clusters, and is also suitable for solving network communications in various complex and special environments. solution: 

1. Mobile command (convoy communication on the move) solution Communication during convoy movement is a basic requirement for troops to operate and train. Whether it is combat troop maneuver or material transportation, commanders need to know and grasp the convoy's progress in real time. The self-organizing network equipment can support the dynamic networking of vehicles on the move, and can adapt to the mobile communication of the fleet in complex terrain conditions such as cities and mountainous areas. It can support the fleet's driving situation, teleconferencing, video conferencing, shared electronic whiteboard and other multimedia command and dispatch functions.
 
2. The self-organizing network equipment of the unit special warfare scheme is applied in the team special warfare scene, which can realize the interconnection and intercommunication of information among team members, and is used to realize the transmission and sharing of voice communication, video information, location information, reconnaissance and situation information within the team , It is convenient for team members to know the location of other members, the situation of the enemy and the enemy in real time, communicate information and issue instructions in real time.

3. Temporary array (station) site protection program During the training, exercise, and combat of troops, the array (station) site faces various potential threats in the air and on the ground. Using self-organizing network equipment combined with various protection and warning methods, it can The perimeter of the formation (station) site can quickly deploy the warning area as needed, and the warning information can be transmitted to the command center in real time, so as to realize the all-round security protection of the station command post, personnel, combat equipment, and important materials, and ensure the security of the formation (station) site .

4. Emergency communication solutions for emergency rescue and disaster relief When major disasters (such as earthquakes, tsunamis, floods, mudslides, major traffic accidents, etc.) occur, they are usually accompanied by damage and paralysis of communication infrastructure, and the usual communication methods basically fail , the disaster-stricken area is basically in the state of an information island, and a powerful command and communication system is a necessary condition for effective rescue and disaster relief operations.

Self-organizing network equipment can be quickly deployed at the disaster-stricken site, quickly build a command communication network, and provide real-time information for the disaster relief command. The headquarters can use this to quickly understand the disaster and loss situation, rationally deploy disaster relief resources, formulate disaster relief plans, and unify command. Disaster relief units work together to take effective measures to quickly launch disaster relief operations to minimize disaster losses.

FDG30 6 hours endurance VTOL fixed-wing drone

VTOL UAV FDG30 electric VTOL fixed-wing UAV
FDG30 parameter
Body material: carbon fiber, composite material, etc.
Body length: 1800mm
Wingspan: 3000m
Landing gear height: 19cm
Landing gear installation position: below the rotor rod
Payload compartment size: 140mm*140mm*120mm
Mission compartment position: Front of the fuselage
Frame Structure weight: about 6kg
Maximum take-off weight: less than 16kg
Maximum payload: 2kg (standard load: 1-1.5kg)
Endurance: with 1KG payload get 6 hours (test flight) @ 18 m/s (depending on the battery and model version).
Maximum control distance: manual control by remote control/3km, ground station/standard 30km (up to 100km with numerical control)
Flight speed: economic cruise speed 15-22 m/s (range is almost unchanged)
Maximum flight speed: 30 m/s

Stall speed:12m/s

Area coverage: 5000ha/ flight
Minimum circling radius: 150m
Maximum horizontal lift limit: 4000m above sea level
Wind resistance in fixed-wing mode: no less than 7 wind (17.1m/s)
Maximum wind resistance in rotor take-off and landing mode: no less than class 4 wind (7.9m/s)
Operating environment: -20℃~45℃; can fly in light rain
Power battery: 1*5000mah 8S (vertical take-off and landing) ; 1*60000mah 8S (fixed wing cruise)
Rotor emergency operation time: not less than 6.5min
Take-off and landing method: vertical take-off and landing
Vertical power propeller size: 22.3inches
Fixed wing tail thruster propeller: 14~16 inches