© VideoDrone SNAPSHOT HYPERSPECTRAL CAMERA IS AIRBORNE spatial y Hyperspectral Frames VIS-VNIR Snapshot Hyperspectral Camera for UAVs spatial x gth len e v wa Spectral Signatures A unique type of hyperspectral camera is born. This novel, innovative product is a frame-based spectral system providing snapshot images in VIS-VNIR spectral range. The Rikola Camera is the only snapshot device on the market providing real spectral response in each pixel. No interpolation is used. Easy to Use Analysis Results Map Data processing flow for typical hyperspectral applications. The frame approach enables an easy data flow. The frame based approach enables easy image stitching for the mosaics with high resolution images. In addition, the approach doesn’t need IMU for its operations, which makes the system low cost and low weight. The Rikola Camera has been tested with a wide variety of platforms including helicopters and fixed wing UAVs in several application areas like agriculture, forestry and water research. The camera system is very flexible, enabling handheld and laboratory use with laptop as well. Kaitoväylä 1 F 2, 90590 OULU, FINLAND tel: +358 50 358 3516 email@example.com | www.rikola.fi SNAPSHOT HYPERSPECTRAL CAMERA IS AIRBORNE PARAMETER SPECIFIED VALUE Horizontal FOV Vertical FOV F-number Focal Length Ground Pixel 36,5° 36,5° ~ 2,8 ~ 9 mm 6,5 cm at 100 m altitude Default Spectral Range 500-900 nm Spectral Resolution ~10 nm, FWHM Spectral Step ~ 1 nm Calibration Unit Spectral radiance Spectral Bands ~380 max* Image Sensor Dynamic Range Exposure Time CMOS 12 bits 0,12-3000 ms Frame Rate 30 frames/s Max Spectral Image Dimensions 1010 x 1010 pixels Operational Voltage Power Consumption 7-9 V, the 7,5 V is recommended 5,3 W average 10,0 W momentarily Weight ~ 720g REMARKS The camera has fixed optics. Other ranges: 400-700, 450-800 and 550-950 nm. Over the range 500-830 nm. The peak wavelength can be selected by ± 1 nm accuracy. The band amount is programmable. The used band amount can be selected between 1-380 for the default range. Pixel size is 5.5 µm x 5.5 µm. Adjustable Frame rate with 10 ms exposure time and 1010 x 648 pixels image size. All pixels are true image pixels. No interpolation is used. Without battery, GPS and relative irradiance sensor. * With compact flash card (typical case with UAVs), user is able to select max 100 bands among 380 bands available with ±1 nm accuracy. Mounting thread (UNC 1/4-20) Unit is mm. Please note, this is a bottom picture! Datasheet information is subject to change without notice. Kaitoväylä 1 F 2, 90590 OULU, FINLAND tel: +358 50 358 3516 firstname.lastname@example.org | www.rikola.fi ȕȕ Space for the connectors, cables and change of the compact flash card needed.
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