Optosky ATH9600 Unveiled: Next‑Gen Multi‑Lens Drone Multispectral System for Smarter Agriculture and Ecology

On August 14, Optosky will officially launch the all‑new ATH9600, a multi‑lens UAV‑based multispectral imaging system. Designed for applications in smart agriculture, ecological monitoring, forestry resource surveys, and more, the ATH9600 delivers multi‑channel simultaneous acquisition, high‑efficiency large‑area remote sensing coverage, and intelligent data analytics – providing more accurate and efficient data support for UAV remote sensing applications.

 

As a next‑generation UAV multispectral system, the ATH9600 integrates a multi‑lens multispectral imaging module capable of simultaneous acquisition across six core bands: 450 nm, 550 nm, 660 nm, 720 nm, 750 nm, and 830 nm. It also incorporates a high‑resolution RGB imaging channel, enabling richer vegetation spectral information for crop growth analysis, stress detection, and ecological environment monitoring on a multi‑dimensional data foundation.

 

Core Feature 1  Six‑Channel Multispectral Fusion Acquisition

The ATH9600 covers key bands in the visible, red‑edge, and near‑infrared regions, complemented by high‑resolution RGB imagery. This enables an integrated analysis that "sees" and "understands" – precisely capturing changes in plant physiological status and providing richer informational dimensions for remote sensing monitoring.

 

Core Feature 2  Ultra‑Wide Area Remote Sensing Coverage

The ATH9600 covers key bands in the visible, red‑edge, and near‑infrared regions, complemented by high‑resolution RGB imagery. This enables an integrated analysis that "sees" and "understands" – precisely capturing changes in plant physiological status and providing richer informational dimensions for remote sensing monitoring.

 

Core Feature 3  Intelligent Vegetation Index Analysis for Precision Decision-Making  

By computing multiple vegetation indices – including NDVI, NDRE, and EVI – the ATH9600 enables chlorophyll content estimation, biomass inversion, and growth assessment. Combined with index variations such as NDVI, PRI, and WBI, it can also support drought stress monitoring, early pest/disease detection, and nutrient inhomogeneity analysis, providing a scientific basis for precision agriculture management.

From data acquisition to intelligent analysis, the ATH9600 will further promote the deep integration of UAV platforms with multispectral remote sensing technology, advancing agricultural digitalisation and refined ecological monitoring to new heights.

 

On August 14, the new Optosky ATH9600 will make its official debut, opening a new chapter in UAV‑based multispectral remote sensing applications.

 

For more information, please contact:

Email: optoskyphotonics@gmail.com

Web: www.optosky.net