VNIR Airborne Hyperspectral Camera - Gimbal Version HSP0410
The HSP0410 gimbal-version hyperspectral camera uses a domestically produced reflective blazed grating to continuously acquire target spectra over 400-1000nm. Spectral sampling interval: 0.3nm; typical spectral resolution: 2.5nm; quantization: 12bit. It includes a broadband image-space telecentric lens with 20mm focal length and fits DJI M350 RTK/M400 and third-party drones.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Compatible Platform | DJI M350 RTK/M400 and Third-Party Drones |
| Wavelength Band Range | 400 -1000nm |
| Beam Splitting Method | Domestic Reflective Blazed Grating |
| F-Number | F/2.5 |
| Equivalent Slit Dimensions | 13.8μm×15mm |
| Spectral Sampling Interval | ~0.3nm/pixel |
| Typical Spectral Resolution (FWHM) [700nm; Four-Pixel Binning in the Spectral Dimension; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%.] | ≤2.5nm@700nm, Four-Pixel Binning in the Spectral Dimension |
| Effective Pixel Count in Spectral Dimension | ≥1900count |
| Effective Pixel Count in Spatial Dimension | ≥4000count |
| Scanning Mode [For Gimbal Version, Nadir is 0°; Downward Pitch is Negative and Upward Pitch is Positive.] | Three-Axis Stabilized Ground Pushbroom Scanning, Oscillating Scanning over Any Interval Within -20°~+110° |
| Spectral Correction | Supports Spectral Stability Monitoring and Correction |
| Radiometric Correction | Supports Calibration Panel Radiometric Correction Before and During Flight |
| Ambient Light Correction | Supports Real-Time Ambient Light Correction; Each Image Frame Retains Real-Time Ambient Light Data |
| Dimming Mode | Supports Automatic Adjustment and Manual Setting of Integration Time and Gain |
| Spectral Calibration | -1 Field, -0.5 Field, 0 Field, +0.5 Field, +1 Field |
| Radiometric Calibration [15 Brightness Levels, 6 Integration Times, 4 Gains, Laboratory Conditions] | Full Field (15 Brightness Levels, 6 Integration Times, 4 Gains, Laboratory Conditions) |
| Binning (Spatial Dimension × Spectral Dimension) | 2×2、2×4、4×1、4×2、4×4、4×8 |
| A/D Quantization Bit Depth | 12bit |
| Data Format | DAT、HDR、TXT |
| Telescope Type | Broadband Image-Space Telecentric Transmission Objective |
| Telescope Focal Length [Standard Values, Choose One of Two, Customizable; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%] | 20mm, 8.5mm (Standard Values, Choose One of Two, Customizable) |
| Field of View (FOV) [f 20mm; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%] | 38.9°@f 20mm |
| Field of View (FOV) [f 8.5mm; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%] | 70.4°@f 8.5mm |
| Instantaneous Field of View (IFOV) [f 20mm; Four-Pixel Binning in the Spatial Dimension; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%.] | 0.69mrad (i.e., 0.040°) @f 20mm |
| Instantaneous Field of View (IFOV) [f 8.5mm; Four-Pixel Binning in the Spatial Dimension; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%.] | 1.62mrad (i.e., 0.093°) @f 8.5mm |
| Spatial Resolution (GSD) [H120m&f 20mm; Four-Pixel Binning in the Spatial Dimension; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%.] | 0.083m@H120m&f 20mm |
| Spatial Resolution (GSD) [H120m&f 8.5mm; Four-Pixel Binning in the Spatial Dimension; Geometric, Spectral and Radiometric Specifications Such as Focal Length, Field of View and Resolution Are Nominal Values, Actual Errors Below 5%.] | 0.195m@H120m&f 8.5mm |
| Minimum Side Overlap Ratio | 30% |
| Monitoring Camera Pixels [Registered to Hyperspectral Field of View] | 1200 × Ten Thousand Pixels, Registered to the Hyperspectral Field of View |
| Main Unit Dimensions (Including Lens and Gimbal) [X-Port; Including Lens and Gimbal] | X-Port：≤130×160×220mm |
| Main Unit Dimensions (Including Lens and Gimbal) [Y-Port; Including Lens and Gimbal] | Y-Port：≤140x185x220mm |
| Main Unit Weight (Including Lens and Gimbal) [X-Port; Including Lens and Gimbal] | X-Port：≤1100g |
| Main Unit Weight (Including Lens and Gimbal) [Y-Port; Including Lens and Gimbal] | Y-Port：≤1610g |
| Mounting Interface [X-Port；DJI M350 RTK/M400] | X-Port（DJI M350 RTK/M400） |
| Mounting Interface [Y-Port; Third-Party UAV] | Y-Port (Third-Party Drones) |
| Power Supply [X-Port；DJI M350 RTK/M400] | X-Port（DJI M350 RTK/M400） |
| Power Supply [Y-Port; Third-Party UAV] | Y-Port (Third-Party Drones) |
| Control Interface [X-Port；DJI M350 RTK/M400] | X-Port（DJI M350 RTK/M400） |
| Control Interface [Y-Port; Third-Party UAV] | Y-Port (Third-Party Drones) |
| Parameter Settings | DJI Pilot, Third-Party Platform |
| Data Interface [X-Port；DJI M350 RTK、M400] | X-Port（DJI M350 RTK、M400） |
| Data Interface [Y-Port; Third-Party UAV] | Y-Port (Third-Party Drones) |
| Storage Medium [Standard 512GB, Expandable to 2TB; CFexpresss Type B Memory Card with VPG400 Certification Mark.] | CFexpress Memory Card (Standard 512GB, Expandable to 2TB) |
| Data Processing | Map |
| Ambient Light Monitoring | DIS0410 |
| Operating Ambient Temperature [Relative Wind Speed ≥1m/s] | 0℃~+45℃ (Relative Wind Speed ≥1m/s) |
| Storage ambient temperature | -20℃~+55℃ |
| Ambient Humidity [Noncondensing] | 20% ~ 80%RH (Noncondensing) |
| Product Certification | CE、FCC、RoHS |
Key Features
Datasheet
Supplier Information
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