FigSpec® FS-50 Series – Advanced Multispectral Solution for UAVs
View the world through the spectrum
The FigSpec® FS-50 series represents a new frontier in multispectral drone detection, designed by CHNSpec Technology (Zhejiang) Co, Ltd. to seamlessly integrate with the DJI M300 RT K and M350 RTK UAV platforms via the DJI X-Port interface.
Equipped with a variable number of spectral channels (from 30 to 180) and a high-resolution 2K CMOS sensor with global shutter, the FS-50 series cameras offer advanced analytical and operational capabilities in applications ranging from precision agriculture to environmental monitoring, from land security to water monitoring.
Why choose the FigSpec FS-50 series
✅ Simplified interface and plug&play
✅ Full compatibility with DJI and professional software
✅ Integrated software suite for advanced processing
✅ After-sales support and constant updates
✅ Data ready for quantitative analysis and predictive modeling
Applications in Precision Agriculture
The use of FS-50 chambers in agriculture makes it possible to.
- Monitor the nutritional status of crops: through the analysis of vegetation indices, nutrient content can be assessed and deficiencies identified.
- Early detection of stress, disease, and pests: spectral analysis enables detection of abnormalities in plant growth, allowing early intervention.
- Optimize fertilizer and irrigation use: detailed information collected helps to plan targeted interventions, reducing waste and environmental impact.
Typical applications
As hyperspectral technology and UAV systems continue to evolve, applications of the FS-50 series are expected to expand in various fields, contributing significantly to innovation in precision agriculture and environmental monitoring.
✔ Crop growth assessment
Calculation of vegetation indices such as NDVI directly in the field for rapid assessment of crop physiological status, abiotic stresses, yield prediction and early detection of phytopathologies.
✔ Mapping vegetation cover
Accurate classification of vegetation and quantification of crop area by “spectral footprint,” useful in agronomy, forestry and ecology.
✔ Water quality monitoring
Construction of predictive models based on spectral and chemical data for black and turbid water analysis, tracking urban or industrial discharges, and supporting environmental remediation actions
✔ Study of eutrophication
Assessment of the trophic status of waters using spectral indices, with support for locating sources of pollution such as agricultural or livestock effluents.
Case Data Downloads
Advantages of the UAV Hyperspectral System.
The integration of the FS-50 series with UAV platforms offers numerous advantages.
- Operational Flexibility: the ability to mount the cameras on DJI M300 RTK and M350 RTK drones allows surveys in hard-to-access areas, increasing the efficiency of operations.
- High Spectral and Spatial Resolution: the combination of a high number of spectral channels with a spatial resolution of 2K enables detailed and accurate data.
- Real-Time Monitoring: with real-time data transmission, you can immediately view and analyze the information collected, facilitating quick and informed decisions.
Key Features
- Up to 180 spectral channels (depending on model)
- 1920-pixel CMOS sensor with global shutter
- High-precision 12-bit sampling
- Spectral resolution: up to 2.5 nm
- Preview real-time data via DJI ground station
- Plug & Play with power and control via DJI X-Port
- Integrated software: FigSpec UAV, FigSpec Merage (mosaicing), FigSpec Studio (analysis)
Advanced Features
- Remote control and real-time preview of acquisitions via DJI ground station
- Support for batch processing: radiometric correction, reflectance and calibration
- Real-time calculation of vegetation indices (e.g. NDVI, NDRE).
- Support for custom models for advanced spectral analysis
- Fully compatible with ENVI and industry standard formats
Integration with FigSpec Studio 2.0
FigSpec FS-50 cameras are fully compatible with FigSpec Studio 2.0, the proprietary software platform for hyperspectral data processing and analysis. Designed to make multispectral analysis accessible even to users without a background in programming, FigSpec Studio enables:
- Pretreatment of spectral data (moving averages, normalizations, smoothing SG, etc.).
- Interactive visualization of spectral curves with multipoint, rectangle or free line tools
- Automatic calculation of vegetation indices (NDVI, EVI, SAVI and others)
- Creation of thematic maps (heatmaps) with customizable color scale
- Supervised/unsupervised data analysis and classification (guided or automatic clustering)
- Support for custom indexes and user-defined formulas
- Export to TIFF with lossless compression and ENVI compatibility
NB: With an intuitive interface and professional tools, FigSpec Studio 2.0 transforms the complexity of hyperspectral analysis into a straightforward, modular and scalable workflow.
System Requirements for FigSpec Studio 2.0
Minimum configuration:
- CPU: Intel i5-11400F / AMD Ryzen 5 3600
- RAM: 8 GB
- Storage: SSD 250-500 GB
- OS supported: Windows 8, 10, 11
Recommended configuration:
- CPU: Intel i7-12700K / AMD Ryzen 7 5800X or higher
- RAM: 16 GB DDR4 3200 MHz or higher
- Storage: SSD 500 GB – 1 TB
Technical Specifications
Model | FS-50/30 | FS-50/60 | FS-50/90 | FS-50/120 | FS-50/150 | FS-50/180 |
---|---|---|---|---|---|---|
Number of spectral channels | 30 | 60 | 90 | 120 | 150 | 180 |
Spectral channel wavelength | 400-1000nm output one wavelength every 20nm | 400-1000nm output one wavelength every 10nm | 400-1000nm output one wavelength every 6.66nm | 400-1000nm output one wavelength per 5nm | 400-1000nm output one wavelength per 4nm | 400-1000nm output one wavelength per 3.33nm |
Spectrum resolution ratio / Half-wave width | 3.5nm | 3.5nm | 3.5nm | 2.5nm | 2.5nm | 2.5nm |
Specs | Detail |
---|---|
Space resolution | 1920 |
Sampling rate | 128 line/S |
Imaging sensor | 1/1.1 inch CMOS |
Effective pixels | 1920 |
Shutter type | global shutter |
Digitalizing bit | 12bit |
Visual field | 25.36° |
Ground resolution | 2.8cm@h120m |
Covering width | 54m@h120m |
Optical window | High transmittance optical glass window |
Main engine size | ≤155*95*119mm |
Main engine weight | ≤840g |
Installation/power supply port | X-Port |
Work loss | 45w |
Picture format | 12bit.SPE.spe (compatible with third party analysis software such as ENVI) |
Data storage space | 512SSD |
Application software | FIGSPEC UAV, FIGSPEC Merage puzzle software, FIGSPEC Studio image analysis software |
Photography method | real-time collection |
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