Product Features
- 4 multi-spectral bands & 1 RGB
- 1.3 million & 8 million pixels
- 12-bit global & 8-bit rolling shutter
- Gigabit Ethernet port/TTL serial port
- Downlink light sensor (DLS) as standard
- ≤175g aluminum alloy lightweight body
- ≤7W@12V power supply, 64G TF card
- Convenient WEB interface parameter setting under WIFI connection
- Multiple trigger modes including external, timing, overlap rate
- Compatible with various small drone platforms
Technical Parameters
Combination mode: 4 multispectral channels + 1 RGB channel
Target size: Multispectral & RGB: 1/4”
Effective pixels: Multispectral: 1.3Mpx; RGB: 8.0Mpx
Shutter type: Multispectral: global; RGB: rolling shutter
Quantization bit: Multispectral: 12bit; RGB: 8bit
Field of view: Multispectral: 36.7°×31.3°; RGB: 37.5°×28.6°
Ground resolution: Multispectral: 6.23cm@h120m; RGB: 2.49cm@h120m
Coverage width: Multispectral: 80m×67m@h120m; RGB: 82m×61m@h120m
Spectral channels[1] 555nm@27nm, 660nm@22nm, 720nm@10nm, 840nm@30nm, RGB
Optical window: Optical glass window
Host size: ≤55mm×65mm×50mm
Host weight: ≤175g
Installation interface: 7×M3
Power supply: 12V (Please consult us for other voltages)
Power consumption: ≤7W@12V
Image format: Multispectral: 16bit original TIFF & 8bit reflectivity JPEG; RGB: 8bit JPEG (including GPS, ambient light information)
Video format —
Storage medium: Standard and supports up to 64G capacity (transmission speed U3 and above rating) micro SD card
Parameter setting: WIFI (WEB interface access)/Ethernet/UART
Shooting trigger: External trigger, timing trigger, overlap rate trigger
Shooting frequency: 1Hz (related to the actual read and write speed of the storage medium)
Working environment temperature: -10℃~+50℃ (relative wind speed ≥1m/s)
Storage environment temperature: -30℃~+70℃
Environmental humidity: RH(%)≤85%(non-condensing)
Product certification: CE, FCC, RoHS
Note: [1] Standard wavelengths allow customization of the following 18 wavelength combinations (please contact us for details on combination methods and costs): 410nm@35nm, 450nm@30nm, 490nm@25nm, 530nm@27nm, 555nm@27nm, 570nm@32nm, 610nm@30nm, 650nm@27nm, 660nm@22nm, 680nm@25nm, 720nm@10nm, 720nm@15nm (Qualcomm), 750nm@10nm, 780nm@13nm, 800nm@35nm, 840nm@30nm, 900nm@35nm, 940nm@30nm (tolerance ±5nm).
Typical Application
Growth Assessment
Use vegetation factors such as NDVI and LAI to quantitatively describe the consistency of vegetation canopy status at different spatial scales, assist the characteristic spectra of vegetation under different health states, quantitatively evaluate the growth of vegetation, and provide data support for irrigation, fertilization, plant protection, yield assessment, etc.
Seedling Rate Assessment
Based on the spectral differences between crops and weeds, soil and other environments, complete the accurate identification and plant segmentation of crop seedlings, quantitatively evaluate the area of crop plants within a unit area, and calculate the regional seedling rate, providing data support for scientific research breeding, agricultural seedling replacement, etc.
Pest and Disease Assessment
Based on the characteristic spectra of pests and diseases and the growth of crops, quantitatively judge the severity of pests and diseases and the spatial distribution of crop health status, and provide data support for disaster assessment, crop yield estimation, agricultural and forestry plant protection, etc.
Lodging Assessment
Based on the canopy spectrum and leaf texture differences of vegetation, a crop lodging assessment model is constructed, combined with the statistical data of ground sampling points, the degree of crop lodging and the spatial distribution of different degrees of lodging are quantitatively described, providing data support for disaster assessment, crop yield estimation, etc.