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UAV-Borne Hyperspectral Imaging System | SIMTRUM Photonics Store

Products / Light Analysis /Spectrometers /Hyperspectral Camera (220nm-12.5μm) /UAV-Borne Hyperspectral Imaging System /
UAV-Borne Hyperspectral Imaging System
Overview Specifications Full-spectrum camera Application example Related Products Order Now!
SIMTRUM'S HY Series UAV - borne hyperspectral imaging system adopts cutting - edge hyperspectral imaging technology. It fully explores and utilizes the unique spectral information of different substances. Combined with high - definition cameras to take high - definition pictures, it realizes the comprehensive detection of the qualitative, quantitative, timing, and positioning information of substances. It is a comprehensive remote sensing device with "integration of spectrum and image". It supports the synchronous acquisition of hardware of the hyperspectral imager, high - definition camera, and POS system. The small ground station module, together with the remote intelligent control system, realizes system status monitoring and remote control. At the same time, it stores the GPS information of the ground station, which can be used for later PPK processing to improve the solution and positioning accuracy of the POS system. In addition, it supports high - precision hyperspectral image stitching, visible - light orthophoto image stitching, etc. Can be widely used in water environment monitoring, smart agriculture, forestry investigation, target recognition, military anti - camouflage, etc., truly realizing the multi - purpose of one device. 

 

Features

  • Large-format CMOS hyperspectral camera, supporting up to 1920 spatial channels and 1200 spectral channels at maximum.
  • On-board control and acquisition system is equipped with 1TB of built-in storage space.
  • Hardware-synchronized triggering of high-definition visible-light camera, with a resolution of up to 15 million pixels, supporting high precision orthophoto image stitching.
  • UAV push-broom imaging, non-hovering scanning, with high operation efficiency.
  • Hardware-synchronized triggering, with GPS positioning data and hyperspectral data accurately corresponding row by row.
  • Optional real-time image transmission is supported to monitor hyperspectral images and spectral curves.
  • Deeply adapted to the DJI M300 RTK UAV platform.

 

Applications
  • Water quality and environmental protection: Water quality monitoring (total nitrogen, total phosphorus, ammonia nitrogen, chlorophyll, turbidity, potassium permanganate index, etc
  • Soil monitoring: Soil moisture content monitoring, soil fertility monitoring, heavy metal pollution monitoring
  • Geological applications: Mineral mapping, mineral component detection, metallogenic prediction
  • Agriculture, forestry and carbon sinks: Agricultural mapping, pest and disease control, tree species identification
  • National defense and military industry: Camouflage identification, unmanned reconnaissance, etc

 

Physical Module

 

Number Name Function Description
1 Adapter Module Connects the UAV-borne hyperspectral imaging system to the UAV, providing shock absorption.
2 Onboard Control and Data Acquisition System Enables synchronous triggering, acquisition control, and storage of spectral data of ground objects to be measured, GPS data, and visible light data.
3 Power Supply The power supply module for the UAV-borne hyperspectral imaging system, ensuring the system operates for over 2 hours.
4 Dual-axis Gimbal Provides roll and pitch rotational torque for the hyperspectral imager.
5 High-definition Visible Light Camera Acquires high-definition images with 15 million pixels.
6 Hyperspectral Camera Acquires hyperspectral image and spectral information.

Name Parameter LA-HY01-9010-L LA-HY01-9030-L LA-HY01-9050-L
Hyperspectral Camera Spectral Range 400 - 1000nm 900-1700nm 900-2500nm
Spectral Resolution Better than 2.8nm Better than 6nm Better than 6nm
Spatial Resolution 1.56mrad @ f = 16mm    
Field of View 38° @ f = 16mm 22.6°@f=16mm 21.8°@f=25mm
Spatial Channels 480(4x) 640 640
Spectral Channels 300(4x) 400 ≥400
Detector Type CMOS InGaAs(TE制冷) HgCdTe(斯特林制冷)
Detector Interface USB 3.0 USB 3.0 USB 3.0/千兆网
Pixel Bit Depth 12bits
Frame Rate 50fps
up to 128 fps		 up to 125 fps ≥100 fps
Lens Focal Length Standard configuration:16mm
(8 mm / 12.5 mm / 16 mm / 25 mm / 35 mm optional)		 Standard configuration:16mm
(8 mm / 12.5 mm / 16 mm / 25 mm / 35 mm optional)		 Standard configuration:25mm
HD Camera Pixel 1500W
Control and Acquisition Module Hardware Configuration CPU: I7, Memory: 16g, Hard Disk: 1TB
GPS Location Support RTK mode 10cm
(corresponding service needs to be activated)
Holder Self-stabilizing gimbal 2-axis high-stability gimbal
Accessories Hyperspectral special reflective fabric 50cm*100cm
reflectivity is optional 2%~95%
 
Optional Accessories
Parameter LA-HY01-9010-L LA-HY01-9030-L LA-HY01-9050-L
High-precision attitude module The attitude Angle accuracy is 0.1°
Ambient light detection module 300-1000nm 900-1700nm 300-2500nm
Ceiling light detection module 300-1000nm 900-1700nm 300-2500nm

Parameter LA-HY01-9070-U
Band VIS-NIR SWIR
Spectrophotometric mode Transmission grating
Wavelength Range 400 - 1000nm 1000-2500nm
Combined wavelength range 400-2500nm
Number of spectral bands 300 ≥400
Merge the number of spectral bands ≥640
Number of spatial channels 1920 640
Merge the number of spatial channels 640
Spectral resolution better than 2.8nm better than 10nm
F number F/2.6 F/2.0
Field of view Angle 38° @ f = 16mm 22.6°@f=16mm
Number of spatial channels 480 640
Number of spectral channels 300 400
Effective slit length 11.3mm 9.6 mm
Slit width 25μm 25μm
Detector Type CMOS HgCdTe((Stirling Refrigeration)
Detector interface USB 3.0 USB 3.0/GigE
Pixel bit depth 12bits
Maximum frame rate 128 fps 100 fps
Maximum frame rate Standard configuration：16mm
(8 mm / 12.5 mm / 16 mm / 25 mm / 35 mm optional)
Field of View (FOV) 21°@f=25mm 21°@f=25mm
Combined Field of View (FOV) 21°@f=25mm
Instantaneous Field of View (IFOV) 1mrad@f=25mm 1mrad@f=25mm
Combined instantaneous field of view(IFOV) 1mrad@f=25mm
Power supply 12V DC ，4.3W 24V DC ，30W
Hyperspectral special reflective fabric 50cm*100cm
reflectivity is optional 2%~95%
 
Optional Accessories
Parameter LA-HY01-9070-U
High-precision attitude module The attitude Angle accuracy is 0.1°
Ambient light detection module 300-2500nm
Ceiling light detection module 300-2500nm

UAV Hyperspectral Remote Sensing for Water Quality Monitoring
 
Concentration distributions of CODMn, TP, NH₃-N, DO, etc., derived from data analysis, with accuracy exceeding 80%.

Model Link
Line Scan Hyperspectral Camera https://www.simtrum.com/WebShop/ProductList5.aspx?pid=692
Snapshot Multispectral Camera https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1964
Multispectral Imaging Systems https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1966
Multispectral Camera for Microscope https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1967
Multispectral Drone Cameras https://www.simtrum.com/WebShop/ProductList5.aspx?pid=1965

Technical Guide

If you need our technical team for guidance on product selection or customization, please help to provide below technical information, it helps to speed up the process.

Items Detail Remark
Application? Agriculture/Mining/Food safety/Industrial sorting/Environmental monitoring  
What is the required spectral range? UV/VIS/NIR/MIR/LWIR  
What spectral resolution is required? eg:2nm  
What spatial resolution is required?    
What is the size of the field of view? eg:18°  
What is the motion state of the object being measured? Motion/static?  
What is the required frame rate? Moving objects require a high frame rate; otherwise, there will be ghosting when shooting  
What is the required data interface? USB /GigE port  
Is a lighting source needed?  

 

The core of hyperspectral imaging is to obtain the reflection information of the target object at different wavelengths. Under low-light conditions, an external light source is required for illumination. Meanwhile, external light source illumination can provide more uniform and stable light, avoiding the dark differences and spectral distortion of the image caused by uneven illumination. The lighting source can be selected as: halogen lamp /LED light source
Is a reflectance board needed?  

 

The function of a reflectance board is to provide a calibration reference for hyperspectral data, ensuring the accuracy and traceability of spectral reflectance data.Since there are usually certain differences in reflectance measured by different devices and at different times, after calibration with a reflectance board, the spectral data of the same target collected by different cameras/times can be directly compared. That is: The function of the reflectance board is to enable the quantification of hyperspectral data.

 

 

 

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Compare Model Drawings & Specs Availability Reference Price
(USD)
LA-HY01-9010-L
Spectral range: 400-1000nm； Spectral resolution: Better than 2.8nm； Number of spatial channels: 480； Number of spectral channels: 300； Maximum frame rate: 128fps 		4-6周 $30140.00
LA-HY01-9030-L
Spectral range: 900-1700nm； Spectral resolution: Better than 6nm； Number of spatial channels: 640； Number of spectral channels: 400； Maximum frame rate: 125fps 		4-6周 $42965.00
LA-HY01-9050-L
Spectral range: 900-2500nm； Spectral resolution: Better than 10nm； Number of spatial channels: 640； Number of spectral channels: ≥400； Maximum frame rate: ≥100fps 		4-6周 $186306.00
LA-HY01-9070-U
Spectral range: VNIR: 400-1000nm SWIR:1000-2500nm； Merge spectral range: 400-2500 nm； Merge spectral band number: ≥640； Merge space channel number: 640 ；Frame rate: VNIR: 128fps SWIR:100 fps 		4-6周 $226808.00

LA-HY01-9070-U - Parameter

LA-HY01-9050-L - Parameter

LA-HY01-9030-L - Parameter

LA-HY01-9010-L - Parameter

LA-HY01-9070-U - Download

LA-HY01-9050-L - Download

LA-HY01-9030-L - Download

LA-HY01-9010-L - Download

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