Product model | FS-60UCR | FS-62UCR | FS-64UCR |
Spectral splitting method | Transmission grating spectral splitting | ||
Spectral range | 400-1000nm | 900-1700nm | 400-1700nm |
Spectral bands | 1200 | 1024 | 250 |
Spectral resolution | 2.5nm | 6.5nm | 18nm |
Slit width | 25um | ||
Spectral efficiency | >60% | ||
Stray light | <0.5% | ||
Spatial pixel count | 1920 | 1280 | 640 |
Pixel size | 5.86um*5.86um | 5um*5um | |
Imaging speed | Full band 128Hz | Full band 70Hz | Full band 200Hz |
Detector | CMOS | InGaAs | |
SNR (Peak) | 600/1 | ||
Camera output interface | USB | USB or Gigabit Ethernet | |
Camera lens interface | C-Mount | ||
Built-in embedded data acquisition and processing unit | Embedded processor with 512GB SSD storage | ||
Heat dissipation method | Internal air cooling | ||
Spectral camera size | 155*95*119mm(L*W*H) | 135*82*100mm(L*W*H) | / |
Accessories | Reflectance calibration plate | ||
Focal length ofspectral camera lens | 25mm | ||
Field of view ofspectral camera lens | >25° | ||
Measurement accuracyof lidar system | 5cm | ||
Lidar ranging distance | 300m | ||
Lidar scanning fieldof view angle | 40.3°(vertical)*360°(horizontal) | ||
Lidar point frequency | 640,000 points/second (single echo) 1,280,000 points/second (double echo) 1,920,000 points/second (triple echo) | ||
Lidar built-in camera pixel | 26 million(6252*4168) | ||
Lidar lens focal length | 16mm | ||
Flight platform | DJI M350 RTK/ M300 RTK | ||
Aircraft size | Unfolded state, without blades: length * width * height 810*670*430 mm Folded state, with blades: length * width * height 430*420*430 mm | ||
Aircraft weight | Empty aircraft without battery: about 3.77 kg. Empty aircraft with battery: about 6.47 kg | ||
Maximum takeoff weight of aircraft | 9.2kg | ||
Fastest ascent speed of aircraft | 6m/s | ||
Maximum horizontal flight speed of aircraft | 23m/s | ||
Longest flight time | 55 minutes (measured in a windless environment and under no-load conditions by flying forward at a speed of approximately 8 meters per second until the remaining battery power is 0%. For reference only. The actual usage time may vary due to different flight methods, accessories, and environments) | ||
Operation mode | Easy to operate. No professional drone operator is required. Single-person operation can be realized | ||
Observation mode | Real-time observation of the aircraft sampling location, hyperspectral image, and spectral data through the ground station. Function | ||
Correction mode | Radiance correction, reflectance correction, and area correction support batch processing | ||
Data format | Compatible with spe format, hdr format, and scp format | ||
Application software | FIGSPEC UAV, FIGSPEC Merage mosaic software, FIGSPEC Studio application software, image analysis software |