Sentera Direct Georeferencing System (DGR) with 6X/6XT Sensor

Sentera Direct Georeferencing (DGR) System – 5x Faster Ag Data Delivery Increase efficiency and reduce project time by nearly 90% with the Sentera Direct Georeferencing (DGR) System. From pre-flight planning to data capture and post-processing, this system streamlines agronomic data collection, helping industry leaders gather insights faster and focus on data validation and outcomes. How It Works Quick Setup & Flight Preparation Skip the hassle of ground control points. Simply connect the DGR System to the DJI M350 RTK in just a few steps, adding tactical-grade IMU and dual RTK GPS functionality for precise geolocation. Faster Data Capture With a 50% reduction in image overlap, the system captures 9x fewer images, reducing flight time from 45 minutes to under 20 minutes while maintaining high accuracy. Accelerated Data Analysis With 5x faster data delivery, agronomic professionals can spend less time waiting for results and more time analyzing key insights, enabling faster, more precise decision-making. Efficient Post-Processing The Sentera DGR System delivers absolute location accuracy with spatially accurate maps generated directly in the field—eliminating the need for stitching to create an orthomosaic. Paired with Sentera 6X Sensors for Advanced Multispectral & Thermal Imaging Equipped with eight channels of image data, the Sentera 6X Multispectral and 6X Thermal sensors provide a fast frame rate and high radiometric accuracy, ensuring detailed, science-grade imagery for advanced agricultural analysis. Enhanced Imagery with Radiometric Accuracy For the most precise and reliable results, pair with Sentera’s Calibrated Reflectance Panel and Light Sensor to compensate for lighting variations, ensuring consistent and accurate multispectral data collection. With the Sentera DGR System, agronomic professionals can capture more data in less time while achieving unmatched geolocation accuracy and analysis speed, revolutionizing precision agriculture workflows.