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UAV Pushbroom Hyperspectral Imager
Availability: In Stock
UAV Pushbroom Hyperspectral Imager
Product Code: ATH9100
application
Description
ATH9100 series UAV hyperspectral imager is a small, light-weight UAV-borne micro-hyperspectral imager. It consists of a six-rotor high-stability UAV, a high-stability gimbal, and a hyperspectral imager. , built-in push broom system, wireless image system, GPS/IMU system, ground receiving workstation, ground control system, etc.
ATH9100 (standard configuration) and ATH9100W (wide field of view) adopt high-performance detection and imaging devices of 1920×1200 pixels and 4096X3000 respectively, with clear images and less noise. The ATH9100 series comes with hyperspectral data acquisition software and hyperspectral and processing software, including various basic and commonly used functions of hyperspectral data.
The main feature of the ATH9100 series is a hyperspectral built-in push-broom system, which can support UAV hovering and area scanning imaging modes; it can also support UAV flight push-broom imaging.
The ATH9100 series UAV hyperspectral imager can measure the spectral information of vegetation, water, soil and other ground objects in real time and generate a data cube. By analyzing spectral images, correlations can be established with the physical and chemical properties of plants, etc., which can be used to classify vegetation and study plant growth conditions. The system has a compact design and the imaging spectrometer host has high spectral resolution. At the same time, it supports two imaging methods, built-in push broom and external push broom, to meet the application needs of different scenarios.
Features
- Built-in pushbroom, supports hover hyperspectral scanning and UAV flight pushbroom imaging
- Band range: 380~1000nm
- High spectral resolution: better than 1.4 nm
- Wide FOV: 11.5°@f=35mm, 126m@35mm (300m height)
- Instantaneous FOV: 0.167mrad@f=35 mm
- the remote control can set parameters
- 1.5m wheelbase large multi-rotor UAV, high load, scalable and strong
- Ultra-long flight time: about 45 minutes
ATH9100 (standard configuration) and ATH9100W (wide field of view) adopt high-performance detection and imaging devices of 1920×1200 pixels and 4096X3000 respectively, with clear images and less noise. The ATH9100 series comes with hyperspectral data acquisition software and hyperspectral and processing software, including various basic and commonly used functions of hyperspectral data.
The main feature of the ATH9100 series is a hyperspectral built-in push-broom system, which can support UAV hovering and area scanning imaging modes; it can also support UAV flight push-broom imaging.
The ATH9100 series UAV hyperspectral imager can measure the spectral information of vegetation, water, soil and other ground objects in real time and generate a data cube. By analyzing spectral images, correlations can be established with the physical and chemical properties of plants, etc., which can be used to classify vegetation and study plant growth conditions. The system has a compact design and the imaging spectrometer host has high spectral resolution. At the same time, it supports two imaging methods, built-in push broom and external push broom, to meet the application needs of different scenarios.
Features
- Built-in pushbroom, supports hover hyperspectral scanning and UAV flight pushbroom imaging
- Band range: 380~1000nm
- High spectral resolution: better than 1.4 nm
- Wide FOV: 11.5°@f=35mm, 126m@35mm (300m height)
- Instantaneous FOV: 0.167mrad@f=35 mm
- the remote control can set parameters
- 1.5m wheelbase large multi-rotor UAV, high load, scalable and strong
- Ultra-long flight time: about 45 minutes
ATH9100 | ATH9100W | |
Data interface | USB3.0 | USB3.0 |
Imaging method | Hover (built-in push broom), fly push broom | |
Light splitting method | Transmission grating | |
Resolution | 1920（spectral dimension） × | 3000（spectral dimension）× |
Scanning speed | 24 | 24 |
Single frame shooting speed (seconds) | 15 | 15 |
Maximum frame rate | 255 fps | 80 fps |
Image Resolution | 1920 × 1200 | 4096 × 3000 |
Power supply | 12V，3W | 12V，5W |
Storage | 256G | |
Reliability | ||
Range of working temperature | -20 ~ 50°C | |
Storage temperature range | -20 ~ 65℃ | -20 ~ 65℃ |
Working Humidity Range | ≤85% RH | ≤85% RH |
Optical parameters (customizable) | ||
Spectrum range | 380~1000 nm (Other bands can be customized) | 380~1000 nm |
Optimal Spectral Resolution | ＜1.5 nm | ＜1.5 nm |
Line bending | <1/3 pixel | <1/3 pixel |
Spectral distortion | <1/3 pixel | <1/3 pixel |
Lens focal length | 35mm,25mm,16mm | |
Field of view | 11.5°@f=35 mm | 16.8°@f=35 mm |
Instantaneous field of view | 0.017mrad @ f=35 mm | 0.00977mrad@f=35 mm |
Slit width | 30μm | 30μm |
System Numerical Aperture | 0.19(F/2.6) | 0.2(F/2.4) |
Optical path design | Full transmission lens, scientific light and dark focus | Full transmission lens, scientific light and dark focus |
Sensor | ||
Sensor type | CMOS | CMOS |
Detectable range | 350~1100 nm | 350~1100 nm |
Effective Pixels | 1920 × 1200 | 4096 × 3000 |
Dynamic Range | 60 dB | 72 dB |
Data bit depth | 12 bit | 14 bit |
Collection method | Software Binning or hardware Binning（software optional） | Software Binning or hardware Binning（software optional） |
Software | ||
Basic skills | Exposure, gain, and speed can be flexibly set, and real-time hyperspectral images and hyperspectral curves can be dynamically displayed; | Exposure, gain, and speed can be flexibly set, and real-time hyperspectral images and hyperspectral curves can be dynamically displayed; |
Focusing | Dynamic real-time display of hyperspectral images, scientific light and dark focusing, avoiding artificial visual focusing errors. | Dynamic real-time display of hyperspectral images, scientific light and dark focusing, avoiding artificial visual focusing errors. |
Software system | The data acquisition software can dynamically display hyperspectral images and hyperspectral curves in real time; it can provide measurement modes such as transmission and reflection, and can flexibly set parameters such as exposure time and speed. Spectrum recognition and other functions. | The data acquisition software can dynamically display hyperspectral images and hyperspectral curves in real time; it can provide measurement modes such as transmission and reflection, and can flexibly set parameters such as exposure time and speed. Spectrum recognition and other functions. |
