GOBI Features
Outline of design criteria
Last updated
Outline of design criteria
Last updated
Tactical-grade IMU with dual-antenna multi-frequency GNSS receiver
High resolution aberration-corrected concentric spectrometer
1020 spatial pixels, 340 spectral bands, 400-100nm
Up to 200m range
5.2M points per second
128 channels of vertical resolution
61 MP RGB frame camera
Swappable frame camera module
Total Weight: 1.6-2.6kg (configuration dependent)
Overall size: 18cm x 11cm x 14cm (without optional frame camera)
GOBI WebUI software runs on-board GOBI for mission naming, sensor configuration, and more
Set VNIR Frame Period, Exposure, Gain mode, and upload HSI Polygon via GOBI WebUI
Accessible over WiFi and Ethernet
Seamless data collection and processing
One-stop data download for GNSS, LiDAR, and VNIR data
*Data download also available via FTP software
*Optional Frame Camera module data recorded to camera-dependent storage media
Ease-of-use, efficiency, & autonomy
Supports Headwall & Specim AFX series hyperspectral data processing, Velodyne and Ouster LiDAR data processing, RGB frame camera data processing, and SBG & Applanix GNSS-INS data processing
Medium Lift Drones (DJI M350, Inspired Flight IF800, etc.)
Heavy Lift Drones (Freefly Alta X, DJI M600, etc.)
Other custom integrations with UAVs of suitable size and power
ILX-LR1 supported on release, , , and others to follow
Ocean (for optional downwelling radiance/exposure USB-C module)
Sensor chassis supports standard "" with hardware connections for power (12-50V), (UART), camera trigger, capture, and payload sense via .
Sensor chassis will support for mechanical connection, power, and triggering.
Sensor Chassis will support mount and discrete power, PWM, and GNSS inputs
Whatever your multi-modal research needs, transform your aerial missions with the GRYFN Gobi, delivering unmatched performance and flexibility in based remote sensing. Reach out to discuss your sensing objectives, options, and pricing at .