Engaged in the drone industry applications for nearly 10 years, introducing advanced domestic and international drone technologies. Through continuous exploration and learning, Jingjing Technology has accumulated rich capabilities in “drone + sensor” diverse applications, providing customized drone technology integration solutions to help users solve complex problems in applications.
01 Agricultural and Forestry Monitoring System
Project Requirements:
1. Drone equipped with Specim OWL hyperspectral equipment;
2. Full load endurance time greater than 40 minutes, stable flight attitude during flight to ensure data quality.
Integration Approach:
1. Aircraft selection: The equipment is valued at up to 1 million, weighs 7 kg, so power redundancy is crucial for the safety of the equipment. Finally, Jingjing Technology Feixiong Pro was chosen as the carrier;
2. Mounting form: The hyperspectral equipment is heavy, large, and structurally complex, making drone integration difficult. After multiple tests of mounting forms, a bottom-support design was ultimately adopted;
3. Shock absorption: Using shock-absorbing equipment to counteract high-frequency vibrations generated during flight, ensuring data quality.
Test Results:
Through a three-step approach of no-load testing, dummy load testing, and load testing, flight safety is ensured. The full load endurance time is 42 minutes, and the aircraft maintains stable attitude during flight, with all parameters meeting requirements.
Industry Applications:
Providing hyperspectral drone system integration technology support for crop diagnosis, environmental protection, forest fire detection, forestry diseases, tree survival rates, tree species differentiation, mineral exploration, and cultural relic restoration.
02 Unmanned Intelligent Inspection System
Project Requirements:
Yuling Water Village Mountain Water Comprehensive Park aims to achieve unmanned intelligent inspection and material transportation services, enhancing the park’s visibility and service efficiency.
Project Challenges:
1. Requires rich equipment mounting capabilities (visible light zoom gimbal, dropper, searchlight, loudspeaker, warning light);
2. The drone must carry different devices to achieve autonomous patrol, precise drop, night patrol, loudspeaker promotion, and personnel evacuation warnings in case of emergencies;
3. Achieve unmanned intelligent inspection; the unmanned intelligent inspection system is used in tourist attractions with high foot traffic, thus requiring a drone with high safety and reliability as the mounting platform.
Integration Approach:
1. After comparing the safety performance of various drone devices, it was determined to use Jingjing Technology Feixiong Pro as the mounting platform;
2. All mountings adopt a quick-release design to reduce equipment failure rates.
3. Using a remote control Sbus signal to control the visible light zoom gimbal and searchlight, and transmitting real-time video to the remote control display for live viewing.
4. Connecting the dropper signal to the flight control, using flight control to control the dropper for unmanned autonomous dropping.
Test Results:
After integration, the unmanned intelligent inspection system completed multiple flight tests, achieving unmanned precise dropping, intelligent patrol, and loudspeaker tasks.
Industry Applications:The unmanned intelligent inspection system can be applied in emergency rescue, scenic area patrol, large event site monitoring and dispatching in special scenarios.
03 Air-Ground Integrated Emergency Rescue System
Project Challenges:
1. When the drone flies beyond the remote control range or is obstructed by buildings or mountains, the remote control will be unable to control the aircraft;
2. Conventional drone video real-time transmission can only return one video to the command center;
3. The 30x zoom visible light camera is integrated with the drone system, with the gimbal control connected to the drone flight control.
Integration Approach:
1. Through wireless private network control, fixed-wing and multi-rotor drones achieve long-distance precise airdrop;
2. The wireless private network can return onboard video from fixed-wing and multi-rotor drones, as well as individual soldier video back to the control center;
3. By outputting PWM control signals from the flight control, the gimbal camera receives Sbus information for automatic control of the visible light camera.
Test Results:
After testing, the vertical take-off and landing drone equipped with wireless private network devices can achieve ultra-long-distance control, ground multi-channel video real-time return, and automatic control of visible light gimbal, providing technical support for emergency rescue.
Industry Applications:
Providing technical support for disaster relief, environmental monitoring, mining operations, forest fire prevention, public security fire fighting, anti-terrorism special forces, wireless video transmission, individual soldier networking, vehicle networking, and unmanned platforms (drones, unmanned vehicles, unmanned ships) in various scenarios.
Jingjing Technology has accumulated rich “drone + sensor” diverse application capabilities, providing customized solutions for various industry application scenarios.
In the future, we will continue to enhance our integration capabilities, empowering users in various industries to achieve “digital” transformation and upgrading.
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