Product Overview

ATH1600typeMultispectral imaging instrumentUsing multiple lenses and detectors, it has fast imaging speed, high spatial resolution, and can adapt to various weather environments5-8Number of bands:450、510、550、660、720、750The830nmand1aRGBpassage Users can freely choose each channel according to their application needs and perform calculations to obtain the desired spectral information. This flexibility makes the camera suitable for various agricultural, environmental monitoring, and resource management tasks.

ATH1600The high-speed acquisition capability enables it to capture details of rapidly moving targets and dynamic processes. The optimized data processing algorithm ensures high quality and accuracy of the images. Whether used for crop monitoring, soil analysis, or vegetation coverage assessment,ATH1600Both can provide accurate spectral information and rich data support.

Meet the application needs of various industries such as agricultural monitoring, ecological environmental protection, emergency search and rescue, identification, etc.

Product features

l 5-8Number of bands:450、510、550、660、720、750The830nmand1aRGB通道

l Multi detector, multi lens

l Fast imaging speed and high spatial resolution

l Can adapt to various weather environments

l Compatible with multiple models of drones

l Small size and light weight (only800-900g）

l Application scope: Agriculture, forestry, surveying and mapping industries, etc

l The fastest in all channels1sPhoto interval

l haveGPSModule, gyroscope module

Product Application

l Climate research, ecology, archaeology, and remote sensing

l Crop monitoring, growth assessment, pest and disease detection

l Irrigation management, land use, and planning

l River water quality inspectionWater quality, illegal discharge

l Geological exploration, mineral resource exploration, and energy exploration

l Monitoring and evaluating the impact and damage of natural disasters

l emergency rescue

Selection Guide

Performance Parameter Table

Application Areas

Multispectral cameras have a wide range of applications in many fields. For example:

1. Agriculture and crop management:Multispectral cameras can be used for crop monitoring, growth assessment, pest and disease detection, and irrigation management. By capturing different spectral bands reflected by plants, vegetation health status, nutritional status, and water requirements can be evaluated to optimize crop growth and yield.

2. Environmental monitoring:Cameras can be used to monitor and evaluate pollution, soil quality, water quality, and vegetation cover in the environment. By analyzing image data from different frequency bands, environmental parameters such as air pollution, eutrophication of water bodies, and changes in forest cover can be monitored, which helps with environmental protection and sustainable development.

3. Land use and planning:Multispectral cameras can provide high-resolution surface image data for land use planning, urban planning, and land resource management. By obtaining land use information, land type classification, and surface change monitoring, it can assist decision-makers in making more accurate land management and planning decisions.

4. Water resource management:Cameras can be used to monitor the water quality, storage capacity, and hydrodynamic characteristics of reservoirs, lakes, and rivers. By obtaining the optical characteristics and color information of water bodies, key water resource management data can be provided, such as water quality changes, monitoring of algal blooms, and measurement of water flow velocity.

5. Natural disaster monitoring:Multispectral cameras can be used for emergency rescue monitoring and assessment of the impact and damage of natural disasters, such as floods, earthquakes, and forest fires. By capturing image data of disaster areas, disaster assessment, post disaster reconstruction planning, and emergency response can be carried out.

6. Resource explorationCameras can be used for geological exploration, mineral resource exploration, and energy exploration. By analyzing surface images and spectral features, it can help identify underground mineral resources, geological structural features, and energy potential.

7. distinguish:Shortwave infrared has the ability to image through fog and smoke, and is highly sensitive to spectral reflection of different materials. Combined with multi-source remote sensing bands such as multispectral and longwave infrared, it can detect camouflageIdentify sensitive targets.

Multispectral imaging instrument