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Electric vertical take-off and landing fixed-wing UAV adopts the original retractable rotor to achieve vertical take-off and landing patented technology, with large load, long endurance, 5,000-meter altitude plateau vertical take-off and landing capabilities, flexible mounting, can carry visible light camera , Tilt camera, multi-spectral camera, dual-light pod, lidar, etc..
The vertical lifting capacity can reach up to 10 kg, the longest endurance time is over 4.5 hours, and it can carry multiple loads at the same time.
(a) Vertical take-off: the rotor is deployed, and the motor-driven rotor takes off vertically to a safe height, and the vertical ascent height is generally 20-50 meters; .
(b) Accelerate to cruise: keep the rotor deployed and accelerate forward by the tail thrust motor; when the speed reaches about 1.1 times the stall speed, the rotor is retracted and the aircraft enters a pure fixed-wing control state;.
(c) Cruise climb: the aircraft climbs to mission altitude in pure fixed-wing mode;
(d) Cruise level flight: the aircraft performs operational tasks;.
(e) Cruise descent: After the mission is completed, the pure fixed-wing mode is used to lower the altitude to reduce the vertical landing distance;
(f) Air brake: The rotor expands to increase the resistance and slow down in the air. When flying over the landing point, it becomes hovering;
(g) Vertical landing: Rely on the lift rotor to land on the platform, generally the vertical landing height is 30-60 meters
Typical Mission Profile
1、Strong power and long battery life
Powerful vertical lifting power. The battery and load weight can be adjusted according to actual needs. With battery configuration two, it can carry a kilogram of load (dual-light pod, front camera, five-pin camera, hyperspectral camera, etc.). The load is about 1 kg ) Continues to fly more than 4.5 hours
2、Multi-rotor/fixed-wing model Flexible switching
Fully autonomous flight, after planning the trajectory, one-click take-off to complete the task autonomously, without manual intervention for take-off and landing;
During the flight, the flight mission can be changed in real time, and it has a temporary hovering function. You can hover around that point by choosing a point on the map;
When performing real-time image transmission inspection, you can select the target in the video (such as moving targets such as cars, boats, people, illegal buildings, power towers and other fixed targets) on the video image to circle and track.
3、One-stop control, comprehensive functions
The aircraft control center software supports multiple drones at one station and can manage multiple drones at the same time
Aircraft Control Center Software
Inspection solution
The intelligent inspection solution uses the drone platform to carry the FK330 pod. The FK330 pod uses a three-axis stabilization gimbal, and has a 30x optical zoom visible light camera and infrared imager, as well as a laser rangefinder, which can locate the target , And circle the target point. In addition, it can be equipped with an external intelligent tracking module with tracking and target recognition functions.
Target Recognition
Ranging, positioning and tracking functions
Electric vertical take-off and landing fixed-wing UAV adopts the original retractable rotor to achieve vertical take-off and landing patented technology, with large load, long endurance, 5,000-meter altitude plateau vertical take-off and landing capabilities, flexible mounting, can carry visible light camera , Tilt camera, multi-spectral camera, dual-light pod, lidar, etc..
The vertical lifting capacity can reach up to 10 kg, the longest endurance time is over 4.5 hours, and it can carry multiple loads at the same time.
(a) Vertical take-off: the rotor is deployed, and the motor-driven rotor takes off vertically to a safe height, and the vertical ascent height is generally 20-50 meters; .
(b) Accelerate to cruise: keep the rotor deployed and accelerate forward by the tail thrust motor; when the speed reaches about 1.1 times the stall speed, the rotor is retracted and the aircraft enters a pure fixed-wing control state;.
(c) Cruise climb: the aircraft climbs to mission altitude in pure fixed-wing mode;
(d) Cruise level flight: the aircraft performs operational tasks;.
(e) Cruise descent: After the mission is completed, the pure fixed-wing mode is used to lower the altitude to reduce the vertical landing distance;
(f) Air brake: The rotor expands to increase the resistance and slow down in the air. When flying over the landing point, it becomes hovering;
(g) Vertical landing: Rely on the lift rotor to land on the platform, generally the vertical landing height is 30-60 meters
Typical Mission Profile
1、Strong power and long battery life
Powerful vertical lifting power. The battery and load weight can be adjusted according to actual needs. With battery configuration two, it can carry a kilogram of load (dual-light pod, front camera, five-pin camera, hyperspectral camera, etc.). The load is about 1 kg ) Continues to fly more than 4.5 hours
2、Multi-rotor/fixed-wing model Flexible switching
Fully autonomous flight, after planning the trajectory, one-click take-off to complete the task autonomously, without manual intervention for take-off and landing;
During the flight, the flight mission can be changed in real time, and it has a temporary hovering function. You can hover around that point by choosing a point on the map;
When performing real-time image transmission inspection, you can select the target in the video (such as moving targets such as cars, boats, people, illegal buildings, power towers and other fixed targets) on the video image to circle and track.
3、One-stop control, comprehensive functions
The aircraft control center software supports multiple drones at one station and can manage multiple drones at the same time
Aircraft Control Center Software
Inspection solution
The intelligent inspection solution uses the drone platform to carry the FK330 pod. The FK330 pod uses a three-axis stabilization gimbal, and has a 30x optical zoom visible light camera and infrared imager, as well as a laser rangefinder, which can locate the target , And circle the target point. In addition, it can be equipped with an external intelligent tracking module with tracking and target recognition functions.
Target Recognition
Ranging, positioning and tracking functions
