Hyperspectral camera for DJI M350 Drone

The DJI M350 Drone Hyperspectral Camera is built on DJI’s latest enterprise platform, the DJI Matrice 350. Developed using DJI SDK, this camera seamlessly integrates the hyperspectral sensor with the Matrice 350 drone, allowing communication between the drone and the hyperspectral sensor. Controlled via DJI Pilot, it offers plug-and-play installation for effortless setup.

Key Applications of DJI Matrice 350 hyperspectral camera.

• Geological and Mineral Resource Exploration
• Precision Agriculture and Crop Management
• Forest Pest and Disease Monitoring
• Fire Monitoring
• Coastline and Marine Environment Monitoring
• Pasture Productivity and Monitoring
• Lake and Watershed Environmental Monitoring
• Remote Sensing Teaching and Research
• Meteorological Research
• Ecological Environment Protection and Mine Monitoring
• Water Quality and Soil Monitoring
• Quality Testing of Agricultural and Livestock Products
• Disaster Prevention and Control

Advanced Specifications

• Spectral Channels: 1200
• Spatial Channels: 1920
• Spectral Resolution: Better than 2.5nm
• Technology: High diffraction efficiency transmission grating spectroscopic module with high sensitivity area array camera and auxiliary camera technology
• Design: Achromatic lens and ultra-light body materials

Enhanced Features

• Compatibility: Supports DJI Matrice 350RTK and other multi-rotor or fixed-wing UAV platforms.
• High-Speed Imaging: Ultra-high-speed spectral scanning with high signal-to-noise ratio for stable image acquisition.
• Efficient Processing: Self-developed image processing algorithm for high efficiency and low power consumption, extending flight time and reducing system power usage.
• Compact Design: Spectral resolution up to 2.5nm in a compact system.
• Components: High stability pan/tilt, hyperspectral imager, embedded data acquisition and processing unit, wireless image transmission system, GPS-RTK navigation, ground receiving workstation, ground control system, and reflectivity calibration board.
• Real-Time Observation: The ground station enables real-time aircraft sampling location observation, route data preview, and correction with support for batch processing.
• Vegetation Index Calculation: Real-time calculation of commonly used vegetation indices.
• Custom Analysis Models: Support for custom real-time analysis model input.
• Data Compatibility: Fully compatible with ENVI and multiple data formats.

Specs

SN	Specs
1	Light splitting method	Transmission grating splitting
2	Spectral range	400-1000nm
3	spectral band	1200
4	spectral resolution	2.5nm
5	Slit width	≤25um
6	spectral efficiency	＞60%
7	stray light	＜0.5%
8	Spatial Pixels	1920
9	pixel size	5.86um
10	Imaging speed	Full band 128Hz, Max 3300Hz
11	detector	CMOS
12	SNR(Peak)	600/1
13	output interface	USB
14	Camera interface	C-Mount
15	ROI Function	Multiple regions are possible
16	Built-in embedded data acquisition and processing unit	Windows operating system, 8G memory, 1TB solid-state hard disk, with HDMI interface, USB3.0 interface, integrated design with camera
17	Cooling method	Internal air cooling
18	Observation method	Real-time observation of aircraft sampling locations, hyperspectral images, spectral data, and functions through ground stations
19	Calibration method	Radiosity correction, reflectivity correction, area correction support batch processing
20	Data Format	Compatible with spe format, hdr format, scp format
21	size	206*129*119mm
22	Weight	1150g
23	Accessories	Reflectance Calibration Plate
24	lens focal length	25mm
25	FOV	25°