- VNIR and SWIR wavelengths from 400 nm to 2500 nm
- 1024 spatial pixels
- up to 348 spectral bands
- Readily co-registered data with common front optics
- Excellent signal-to-noise ratio and stability
- Compact for installation on standard gyro stabilized airborne camera mounts, as well as turrets and medium-sized UAVs
- Supports 4 different GNSS/IMU systems
Features
Applications
- Vegetation Analysis, Precision Agriculture and Environmental Monitoring
- Detection of Invasive Species and Natives Species infected by Invasive Insects
- Detection of Illicit/Narcotic Plants
- Mining and Mineral Mapping/Geological Exploration
- Law Enforcement and Target Detection
Services
The AisaFENIX 1K is a full spectrum hyperspectral camera ideal for remote sensing of the environment and other aerial survey applications.
This hyperspectral sensor features 1024 spatial pixels, enhancing the productivity of hyperspectral imaging to an entirely new level. Producing the same top quality full spectrum data as the AisaFENIX, it also simultaneously reduces flight costs by approx. 60% due to the requirement of less flight lines.
Covering a 10 Km² area at 1m GSD, 30% side lap, 120 kts ground speed and 3 minute turns required 3 hours and 46 minutes with the AisaFENIX. With the AisaFENIX 1K, total time required was reduced to 1 hour and 29 minutes, which is approximately 40% lower! Considering half of this required time was spent in turns, reduction of cost for flying is even more pronounced if the form of the area of gyro stabilization allows for planning for less flight lines.
| Camera Module | VNIR | SWIR |
|---|---|---|
| Spectrograph | High efficiency transmissive imaging spectrograph | High efficiency transmissive imaging spectrograph |
| Spectral range | 380-970 nm | 970-2500 nm |
| Spectral resolution | 4.5 nm | 14 nm |
| F/# | F/2.4 | F/2.4 |
| Smile/ Keystone | ± 0.35 pixels | ± 0.35 pixels |
| Polarization sensitivity | Throughput practically independent of polarization | Throughput practically independent of polarization |
| Calibration | Sensor provided with wavelength and radiometric calibration file | Sensor provided with wavelength and radiometric calibration file |
| Signal-to-noise ratio (peak) | 600-1000:1 | 1250:1 |
| Spatial resolution | 1024 pixels | 1024 pixels |
| Frame rate | Up to 100 Hz | Up to 100 Hz |
| Integration time | Adjustable, within frame rate | Adjustable, within frame rate |
| FOV | 40° | 40° |
| IFOV | 0.039° | 0.039° |
| Swath width | 0.73 x altitude | 0.73 x altitude |
| Altitude for 1m pixel size | 1400 m | 1400 m |
| Electro mechanical shutter | Yes | Yes |
| Optics temperature stabilization | Yes | Yes |
| Detector | CMOS | Stirling cooled MCT |
| Spectral binning options | 2x, 4x, 8x | - |
| Number of spectral bands | 348, 174, 87 | 256 |
| Spectral sampling/ band | 1.7nm, 3.4nm, 6.8nm | 6.3nm |
| Data interface | CameraLink 12-bit | CameraLink 16-bit |
| Operating modes | Hyperspectral and Multispectral - operator can create application specific band configurations and quickly change from one mode/config to others in flight mode | Hyperspectral and Multispectral - operator can create application specific band configurations and quickly change from one mode/config to others in flight mode |
| Typical power consumption | 150 W | 150 W |
| Maximum power consumption | 500 W | 500 W |
| Size | Sensor: 530 x 530 x 210 mm | DPU: 300 x 260 x 195 mm |
| Weight | Sensor: 22.5 kg | DPU: 9.5 kg |
| Storage temperature | -20 - +50°C | -20 - +50°C |
| Operating temperature | +5 - +40°C, non-condensing | +5 - +40°C, non-condensing |