Brainyebee UAV-Related Questions
BeeHive UAV Station-Related Questions
Mission Payload-Related Questions
(1) Automatic Return-to-Base During Autonomous Flight: The ground control system can be configured to trigger an automatic return-to-base function when the battery is low. The UAV will automatically initiate the return-to-base process once the low battery threshold is reached. The system continuously calculates the required battery for the return journey, ensuring that the UAV returns to base within the safe voltage range, even if the mission is not completed, thus avoiding flight risks caused by battery depletion.
(2) Return-to-Base Guarantee During Manual Control: In manual flight mode, users can initiate a one-click return-to-base at any time to ensure safe return. The ground control system monitors the battery voltage in real-time and will issue continuous warning alerts when the voltage falls below a safe threshold, prompting the user to return the UAV safely in time.
The drone generates higher power and noise during the vertical takeoff phase, but this stage lasts only for a few seconds before it quickly transitions into horizontal flight. During horizontal flight, the power is reduced to about 1/10 of the vertical takeoff phase, and the noise is significantly reduced, usually becoming inaudible at ground level. Therefore, daytime operations generally do not cause noise disturbance.
For nighttime operations, to minimize potential disturbance or complaints, optimized takeoff and landing points can be selected, such as open areas at least 100 meters away from residential buildings, further reducing the impact on the surrounding environment.
Users can plan the flight route and set the flight altitude through the ground station. Additionally, the flight altitude can be adjusted in real time during the flight to accommodate different task requirements and flight environments.
In both manual and autonomous flight modes, users can control or set the minimum flight speed:
(1) Manual Flight (Stabilization Mode): In this mode, users can control the throttle using the joystick on the remote controller, thereby controlling the flight speed. Since this mode requires a higher level of pilot control, it is recommended for users with some flight experience.
(2) Semi-Autonomous Flight (Waypoint Mode): In this mode, the throttle is no longer manually controlled by the user. Instead, the system adjusts the cruise throttle automatically to maintain a stable flight speed.
(3) Fully Autonomous Flight (Mission Mode): During mission flights, if the UAV experiences altitude loss or other issues, the system will automatically compensate for the throttle to ensure the stability of the flight attitude and speed.
Yes, it can. The BeeHive UAV Station has a control radius of 50-100 kilometers, and its design is aimed at enabling unmanned automated patrols, allowing scheduled fixed-point patrol tasks without manual intervention.
(1) Scheduled Fixed-Point Patrol: The UAV command and dispatch system allows users to set daily patrol tasks, enabling automated fixed-point autonomous flights at designated times. The system can simultaneously control multiple UAVs, manage flight paths, generate automatic routes, and regulate airspace according to the set patrol requirements.
(2) Intelligent Alerts and Automated Response: Leveraging artificial intelligence technology, the system can intelligently analyze data collected during patrols and automatically trigger alerts for any anomalies (such as fires). Patrol data can be transmitted in real time to the command center, ensuring rapid response to any emergency situations.
(1) The drone can take off while the UAV Hub Vehicle is in motion, supporting both manual takeoff or automatic takeoff according to a planned route to execute tasks without needing the vehicle to stop.
(2) The mobile base station on the vehicle is equipped with a satellite positioning module, which continuously sends accurate location updates to the drone. After completing the mission, the drone will automatically track the latest location of the onboard base station, adjust its heading, and land at the mobile base station located at point B.
(3) Landing while the vehicle is in motion can be challenging due to factors such as vehicle bumps, uneven speed changes, and surrounding obstacles, which may affect the safety and reliability of landing. It is recommended that users stop the vehicle during drone landing to ensure safe retrieval.
(4) The shipboard base station can support landing while in motion because the sea environment is relatively open and unobstructed, and the ship's steady movement does not cause significant interference to precise landing.
The drone can achieve remote automatic landing. The UAV Hub Vehicle is equipped with a satellite positioning module, which continuously sends precise location updates to the drone. After completing its task, the drone will automatically track the latest location information of the mobile base station, adjust its heading, and land at the base station that has moved to point B.
Yes. The drone ground station system supports manual input of coordinates and automatically plans the optimal flight route to the target location. After flying to the fire point, it performs a hovering reconnaissance flight, transmitting real-time image data to quickly assess the fire situation and assist in decision-making.
Our drones offer flexible payload options with a modular design, supporting equipment mounting based on mission requirements:
（1）Gimbal Mount Options: We offer two standard gimbals: single-spectrum and multi-spectrum gimbals. The multi-spectrum gimbal, which supports night infrared vision, weighs 608g and is compact, compatible with all our drone models.
（2）Additional Payload Equipment: Mounting heavier devices (e.g., loudspeakers) will increase the payload weight. For devices exceeding the weight limit, we recommend choosing larger wingspan models. Our product range supports up to a 15kg payload capacity, allowing users to select models that suit their payload needs while ensuring safe and stable flight.
Our company’s camera gimbal supports zoom functionality, allowing users to easily control zooming in and out through the ground station.
Currently, the standard gimbal provided by our company is equipped with a 30x zoom camera, which includes 10x optical zoom and 3x electronic zoom, reaching a total of 30x zoom. This meets the needs of most reconnaissance tasks, offering clear and stable images, and is suitable for a wide range of application scenarios.
Our company offers the Multi-Spectrum Camera Gimbal (EO/IR/LIDAR) equipped with an infrared camera, and we can additionally customize the infrared temperature measurement feature for precise temperature readings:
（1）Precision of Infrared Temperature Measurement: The infrared camera detects infrared radiation emitted by objects with temperatures above absolute zero, converting it into a visual image with temperature data. This data is highly accurate and reliable, accessible for use at the ground station. This technology is particularly effective in low-light environments, enabling accurate measurement of temperature changes in objects.
（2）Cost of Adding Infrared Temperature Measurement Function: The specific cost depends on the required configuration and customization.
