Yusense HR600 multispectral camera

Yusense HR600, a 6-band, high-precision, survey-grade, 6-band, survey-grade multispectral aerial camera.

Six 12M pixel multispectral channels in a classic band configuration. High radiometric and geometric resolution, high operational efficiency. Compatible with a variety of aircraft types, including multirotors, compound wings, and helicopters, it provides a comprehensive, cost-effective low-altitude remote sensing monitoring solution. It supports 1:2000 scale image-control-free surveying and mapping, providing a more efficient solution for large-scale applications such as smart cities, agricultural surveys, forestry monitoring, ecological protection, and target identification.

• Classic dual-red-edge, 6-band resolution, supports band selection
• Single-channel 12-megapixel, 12-bit global shutter
• High radiometric accuracy, reflectivity calculation relative error <5%
• High geometric accuracy, global correction relative residual ≤ 0.5 pixel
• High operational efficiency, (211.8m x 155.4m, 5.18cm) @ 300m
• Standard 1TB CF high-speed memory card, meeting full-scale operations of composite wing UAVs
• 1:2000 image control-free mapping, meeting mapping requirements for resource surveys, emergency surveys, and other applications
• Compatible with a variety of flight platforms, including multi-rotor and composite wing UAVs and helicopters

Typical application Yusense HR600

Growth Assessment. Using vegetation factors such as NDVI and LAI, we quantitatively describe the consistency of vegetation canopy status at different spatial scales. This helps us identify the characteristic spectra of vegetation at different health states and quantitatively assess vegetation growth, providing data support for irrigation, fertilization, plant protection, and yield assessment.

Black and Odor-Bearing Water Monitoring. Based on the evaluation standards for surface black and odorous water, this system uses characteristic spectra to construct a classification index, enabling hierarchical inversion and spatial information statistics of black and odorous water bodies. This assists in analyzing the impact of domestic sewage, industrial wastewater, and other wastewater on surrounding water bodies, facilitating pollution source investigation and water environment assessment.

Coverage Assessment. Based on vegetation fingerprints, a vegetation index is constructed to calculate the spatial distribution and area of ​​target vegetation within a specified area. This provides quantitative vegetation cover data for research and production in agriculture, forestry, grassland, and ecology.

Monitoring of discolored standing pine trees. This system utilizes spectral and texture information to effectively suppress environmental backgrounds such as soil and dead grass, and accurately identify discolored standing trees. It also accurately extracts information such as the location, spatial distribution, and canopy area of ​​discolored standing trees, providing data support for diseased tree management.