High Efficiency DJI Matrice 300 Payload Low Power Hyperspectral Drone Camera

The DJI M300 hyperspectral camera is developed based on the DJI Payload SDK and is fully compatible with the DJI Matrice 300 RTK. The FS60 M300 system adopts an ultra-high-speed imaging module with a high signal-to-noise ratio, ensuring highly stable spectral data acquisition. With a self-developed, high-efficiency, low-power image processing algorithm, the system significantly extends overall flight endurance and reduces power consumption.

By capturing real-time hyperspectral data of vegetation, water bodies, soil, and other surface features, the system enables wide applications such as precision agriculture, crop growth and yield assessment, forest pest and disease monitoring, wildfire detection, coastal and marine monitoring, and watershed environmental assessment.

Compact in design and equipped with a high-resolution imaging spectrometer, the system integrates a high-stability gimbal, hyperspectral imager, large-capacity data storage, wireless image transmission, GPS navigation, ground receiving workstation, and ground control software.

• SDK-Based Development – Built on DJI SDK and designed for use with the DJI Matrice 300 RTK.
• High-Stability Hyperspectral Imaging – Uses an ultra-high-speed scanning device with a high SNR for reliable spectral acquisition.
• Low-Power, High-Efficiency Processing – Proprietary image processing algorithm minimizes power usage and prolongs flight time.
• High Spectral Resolution – Compact design with spectrometer resolution up to 2.5 nm.
• Broad Spectral Range – 400–1000 nm wavelength coverage.
• High Spatial Resolution – 1920 spatial resolution.
• Rich Spectral Information – 1200 spectral channels.
• Flexible Data Format Compatibility – Supports multiple output data formats.
• User-Friendly Operation – One-person operation without the need for a professional drone pilot.
• Advanced Data Preview & Correction – Includes radiosity correction, reflectivity correction, area correction, and batch-processing support.

With real-time spectral imaging of plants, water bodies, soil, and other surface materials, the system is ideal for:

• Precision agriculture
• Crop growth monitoring and yield estimation
• Forest pest detection and wildfire monitoring
• Coastline and marine environment assessment
• Lake and watershed environmental monitoring