Talking about the photoelectric mission load of UAV

The definition of mission load

1. The instruments, equipment and sub-systems that are loaded by drones to achieve specific tasks to be completed by drone flight are collectively referred to as the payload of the drone, or the task load

2. It belongs to the core part of UAV and should play a leading role in UAV design.

Industrial-grade UAV mission load The difference in the design of consumer-grade UAV mission load The task-led industrial-grade design The existing supply chain-led consumer-grade design concept The difference in industrial grade is used to replace artificial consumer grade to help people consume The difference in time functionIndustrial-grade front-end equipment + back-end expansion functionConsumer-level playability function for simple shooting and photography

Two, load classification

(1) Optoelectronics: investigation, monitoring, and inspection;

(2) Dropping categories: weapons, silhouettes, and wires;

(3) Acquisition category: atmospheric monitoring and sampling;

(4) Others: communication, experiment, and relay.

Thermal imaging camera

By detecting the infrared radiation of the target, the infrared pattern of the target is converted into a visible light pattern, and the target parameters are found and obtained.

Infrared thermal imaging cameras usually form a comprehensive detection system with TV trackers and laser rangefinders, which are used to detect and track targets, and send the target's azimuth, elevation, and distance information to the fire control computer. In this integrated detection system, the main function of the infrared thermal imaging camera is to detect, monitor, and track targets day and night. {#Content_Pages#}

Lidar

LiDAR (Light Detection And Ranging), that is, laser detection and measurement, uses GPS (Global Position System) and IMU (Inertial Measurement Unit) airborne laser scanning. The measured data is the discrete point representation of the Digital Surface Model (DSM), and the data contains three-dimensional information and laser intensity information. By applying classification technology to remove measuring points such as buildings, man-made objects, and covering plants from these original digital surface models, a Digital Elevation Model (DEM) can be obtained, and the height of the ground cover can be obtained at the same time.