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Product model |
FS-60UCR | FS-62UCR |
FS-64UCR |
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Spectral splitting method |
Transmission grating spectral splitting |
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Spectral range |
400-1000nm | 900-1700nm |
400-1700nm |
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Spectral bands |
1200 | 1024 |
250 |
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Spectral resolution |
2.5nm | 6.5nm |
18nm |
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Slit width |
25um |
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Spectral efficiency |
>60% |
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Stray light |
<0.5% |
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Spatial pixel count |
1920 | 1280 |
640 |
| Pixel size | 5.86um*5.86um |
5um*5um |
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Imaging speed |
Full band 128Hz | Full band 70Hz |
Full band 200Hz |
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Detector |
CMOS |
InGaAs |
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SNR (Peak) |
600/1 |
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Camera output interface |
USB |
USB or Gigabit Ethernet |
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Camera lens interface |
C-Mount | ||
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Built-in embedded data acquisition and processing unit |
Embedded processor with 512GB SSD storage |
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| Heat dissipation method | Internal air cooling | ||
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Spectral camera size |
155*95*119mm(L*W*H) | 135*82*100mm(L*W*H) |
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Accessories |
Reflectance calibration plate |
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Focal length ofspectral camera lens |
25mm |
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Field of view ofspectral camera lens |
>25° |
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Measurement accuracyof lidar system |
5cm |
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Lidar ranging distance |
300m |
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Lidar scanning fieldof view angle |
40.3°(vertical)*360°(horizontal) |
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Lidar point frequency |
640,000 points/second (single echo) 1,280,000 points/second (double echo) 1,920,000 points/second (triple echo) |
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Lidar built-in camera pixel |
26 million(6252*4168) |
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Lidar lens focal length |
16mm |
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| Flight platform |
DJI M350 RTK/ M300 RTK |
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Aircraft size |
Unfolded state, without blades: length * width * height 810*670*430 mm Folded state, with blades: length * width * height 430*420*430 mm |
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Aircraft weight |
Empty aircraft without battery: about 3.77 kg. Empty aircraft with battery: about 6.47 kg |
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Maximum takeoff weight of aircraft |
9.2kg |
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Fastest ascent speed of aircraft |
6m/s |
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Maximum horizontal flight speed of aircraft |
23m/s |
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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) |
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Operation mode |
Easy to operate. No professional drone operator is required. Single-person operation can be realized |
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Observation mode |
Real-time observation of the aircraft sampling location, hyperspectral image, and spectral data through the ground station. Function |
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Correction mode |
Radiance correction, reflectance correction, and area correction support batch processing |
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Data format |
Compatible with spe format, hdr format, and scp format | ||
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Application software |
FIGSPEC UAV, FIGSPEC Merage mosaic software, FIGSPEC Studio application software, image analysis software | ||
UAV Hyperspectral LiDAR Measurement System FS60-UCR Series
The main functions include: hyperspectral imaging, spectral range 400~1700nm
