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The SPEED-40P UAV platform is equipped with an industrial-grade vertical take-off and landing fixed-wing flight control and navigation system, as well as professional aerial photography, aerial survey and inspection ground station software, which can ensure that the UAV can fly autonomously throughout the entire process without operator intervention. Flight status transition, autonomous cruise, autonomous landing and other flight phases, while supporting automatic route planning for 1000 waypoints and emergency alternate landing plan for 100 waypoints.
a) Practical and efficient: It has the characteristics of long flight time, fast speed, long distance and large load of fixed-wing UAV;
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
| Performance | parameter |
| Body length | 2.1m |
| span | 3.3m |
| Maximum take-off weight | 40kg |
| Maximum payload | 10kg |
| Battery life | 4-8h (depending on oil load) |
| Flight radius | 200-400km (depending on fuel load) |
| Maximum control distance | Remote control (manual control): 1km |
| Maximum speed | Ground station control (depending on the carried data transmission distance): standard 30km |
| Cruising speed | 120km/h |
| Maximum oil load | 90-120km/h |
| Ceiling | 8L |
| Maximum wind resistance | 3000m |
| Use environment | 12m/s (level 6 wind) |
| engine | -10℃+45℃; prevent light rain |
| Lifting/lowering power battery | DA70 (carburetor) |
| Take-off and landing method | 2*22000mAh-6S lithium battery |
| GPS positioning system | Vertical take-off and landing |
The SPEED-40P UAV platform can be equipped with load equipment such as photoelectric pod, high-definition image transmission link, high-definition aerial survey camera, tilt camera, etc. It is widely used in military and police reconnaissance, border patrol, oil and gas pipeline inspection, power inspection, forest Fire fighting, surveying and mapping industries.
Inspection: oil and gas pipeline inspection, forest fire prevention inspection, power inspection, etc.; Reconnaissance: military reconnaissance, border patrol, etc.;
Surveying and mapping: high-definition oblique photography image acquisition
The SPEED-40P UAV platform is equipped with an industrial-grade vertical take-off and landing fixed-wing flight control and navigation system, as well as professional aerial photography, aerial survey and inspection ground station software, which can ensure that the UAV can fly autonomously throughout the entire process without operator intervention. Flight status transition, autonomous cruise, autonomous landing and other flight phases, while supporting automatic route planning for 1000 waypoints and emergency alternate landing plan for 100 waypoints.
a) Practical and efficient: It has the characteristics of long flight time, fast speed, long distance and large load of fixed-wing UAV;
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
b) Vertical take-off and landing: It has the take-off and landing method of rotary-wing drones, which greatly reduces the requirements for take-off and landing sites and airspace;
c) Low cost of use: no need for complex and heavy launch and recovery equipment, and no need to add additional recovery sensors;
d) Simple operation: integrated special flight control and navigation system, full autonomous flight throughout the whole process, the operator only needs to send the flight plan without professional training and operation experience;
e) The system is compact: no complicated auxiliary equipment is required, and transportation, deployment, maintenance, and withdrawal are simple.
Table 1 Technical Parameters
| Performance | parameter |
| Body length | 2.1m |
| span | 3.3m |
| Maximum take-off weight | 40kg |
| Maximum payload | 10kg |
| Battery life | 4-8h (depending on oil load) |
| Flight radius | 200-400km (depending on fuel load) |
| Maximum control distance | Remote control (manual control): 1km |
| Maximum speed | Ground station control (depending on the carried data transmission distance): standard 30km |
| Cruising speed | 120km/h |
| Maximum oil load | 90-120km/h |
| Ceiling | 8L |
| Maximum wind resistance | 3000m |
| Use environment | 12m/s (level 6 wind) |
| engine | -10℃+45℃; prevent light rain |
| Lifting/lowering power battery | DA70 (carburetor) |
| Take-off and landing method | 2*22000mAh-6S lithium battery |
| GPS positioning system | Vertical take-off and landing |
The SPEED-40P UAV platform can be equipped with load equipment such as photoelectric pod, high-definition image transmission link, high-definition aerial survey camera, tilt camera, etc. It is widely used in military and police reconnaissance, border patrol, oil and gas pipeline inspection, power inspection, forest Fire fighting, surveying and mapping industries.
Inspection: oil and gas pipeline inspection, forest fire prevention inspection, power inspection, etc.; Reconnaissance: military reconnaissance, border patrol, etc.;
Surveying and mapping: high-definition oblique photography image acquisition
