That¬īs why XMobots keeps investing in the development of multispectral sensors based in the spectral signature of specific cultures. The first time XMobots did it was for the sugarcane leaf spectral signature, and such good results were generated by this sensor, that our team was stimulated to develop the same technology for the cotton plant.
After thousands of images collected and hundreds of hours of R&D team work, we present the XMA sensor, the only one which development was based in the spectral signature of the cotton plant.
When preprocessed by the XFarming, the data analysis software developed by XMobots, the XMA images deliver accurate information to the generation of products, such as planting failure detection, growth regulator and defoliant spraying application map at variable rate, as well as management zones identification.
XMA¬†is¬†a 4-band¬†camera: R, G, B¬†and¬†NIR (Near¬†InfraRed),¬†allowing¬†the capture¬†of images¬†(RGB¬†and¬†NIR) in a single¬†flight¬†over¬†the¬†cotton¬†crops. Its¬†APS-C sensor¬†also¬†allows¬†a high-coverage¬†mapping.¬†
‚¶Ā Weight: 283g
‚¶Ā Dimensions: 110 x 63 x 36 mm
‚¶Ā APS-C sensor (23.5mm x 15.6mm)
‚¶Ā Lens: Sony SEL16F28 ‚Äď 16mm, auto focus
‚¶Ā¬†Ground Sample Distance (GSD): 4.70cm/pixel @120m (400ft) AGL
‚¶Ā¬†Bandas espectrais: R, G, B, NIR
‚¶Ā Multispectral¬†photos¬†format:¬†Tiff¬†16-bit, 1 band¬†by¬†image¬†
‚¶Ā Multispectral¬†photos¬†dimensions: 3000 x 2000 pixels¬†
‚¶Ā General characteristics:¬†