| Quantity: | |
|---|---|
156EFNS92-MSE-Z05A
1. AI intelligent recognition and precise locking: Combined with visual recognition system and trajectory prediction algorithm, it realizes precise control of automatic collision for different targets in various absolute no-fly scenarios, avoids accidental collision with surrounding equipment and ensures interception accuracy.
2. Reusability after collision: It has the function of flight attitude self-repair. After colliding with the target, it can automatically restore the flight attitude, no need for frequent equipment replacement, which greatly reduces the single-task input cost of users.
3. Rapid deployment and efficient operation: It supports single-person operation, rapid deployment and task switching, no complex deployment process is required. It can quickly respond to sudden "unauthorized flight" events in airspace and improve emergency disposal efficiency.
4. High-speed target strike capability: Adopting high dynamic response design, it can deal with non-cooperative UAVs flying at high speed, ensuring interception before the target escapes and protecting airspace safety.
5. High compatibility adaptation: It is compatible with a variety of UAV carrier systems, no large-scale transformation is required for adapting to new carriers, which reduces the equipment upgrade cost of users and improves equipment utilization.
Lightweight and efficient configuration: The maximum take-off weight is 10 kg, the fuselage is light and easy to carry; the maximum flight altitude is 2000 m, which can cover most airspace ranges and meet the protection needs of different scenarios.
1. AI intelligent recognition and precise locking: Combined with visual recognition system and trajectory prediction algorithm, it realizes precise control of automatic collision for different targets in various absolute no-fly scenarios, avoids accidental collision with surrounding equipment and ensures interception accuracy.
2. Reusability after collision: It has the function of flight attitude self-repair. After colliding with the target, it can automatically restore the flight attitude, no need for frequent equipment replacement, which greatly reduces the single-task input cost of users.
3. Rapid deployment and efficient operation: It supports single-person operation, rapid deployment and task switching, no complex deployment process is required. It can quickly respond to sudden "unauthorized flight" events in airspace and improve emergency disposal efficiency.
4. High-speed target strike capability: Adopting high dynamic response design, it can deal with non-cooperative UAVs flying at high speed, ensuring interception before the target escapes and protecting airspace safety.
5. High compatibility adaptation: It is compatible with a variety of UAV carrier systems, no large-scale transformation is required for adapting to new carriers, which reduces the equipment upgrade cost of users and improves equipment utilization.
Lightweight and efficient configuration: The maximum take-off weight is 10 kg, the fuselage is light and easy to carry; the maximum flight altitude is 2000 m, which can cover most airspace ranges and meet the protection needs of different scenarios.
