Thermal cameras can detect and record the heat that radiates (known as infrared radiation, IR) from objects, which is an object’s heat signature. The heat signature that emanates from an object is produced by the speed of atoms moving around in it, so the faster the atom vibration within a given object the hotter the
Agriculturalists are moving towards applying more advanced technology in order to maximize crop production and workflow efficiency. Some technological advances that have been made are the development in artificial intelligence (AI), electronic devices, and sensors. These technologies are often applied to data collection such as crop count, plant disease assessment, drought monitoring, and soil analysis.
The Parrot ANAFI USA drone has a double optical 4K EO camera. It has zoom in capabilities from wide angle to telephoto (32X). It can detect thermal data with high precision (within centimeters) from an altitude as high as 131ft. It is equipped with a FLIR Boson 320. The thermal camera has two thermal color
The FLIR Duo Pro R 640 is a dual sensor that combines a thermal sensor with a RGB sensor that can capture full ultra-high 4K definition video. It has a picture-in-picture feature that can be used in the thermal and RGB (visible) light spectrums. The image overlay lets you view the 4k image with the
The “R” in the names of Teledyne’s FLIR sensors series refers to radiometric. This Designation indicates the cameras for these sensors have the highest sensitivity for image temperatures and detail within their product line. It allows for the smallest of temperature differences to be recorded within the images. Learn More
FLIR cameras are a thermographic camera so they can detect and record images in the infrared radiation (IR) wavelength of the light spectrum. Infrared radiation wavelengths are part of the nonvisible range along the spectrum 3-12 µm. An advantage of the FLIR Thermal Camera is that it collects data that contains the heat differentiation of
The Teledyne FLIR Vue TZ20-R sensor uses radiometric techniques to measure and record the images’ thermal-zones so that we can view the thermal details of the crops and field in order to determine its health status and take action on problem areas that are detected. The sensor has two Boson® thermal cameras that have a