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NOGGIN 250 SmartCart; it is compact, portable, and rugged and designed for deployment on smooth to moderately rough terrain.
Doubling the Resolution and Capture Rate of the Market-Leading RedEdge-MX™, and Unleashing Extensive, Highly Precise Data Analysis Capabilities for Agriculture, Forestry and Land Management Drone Programs
GPR sees use in high value crop management such as vineyards. The primary focus is on managing soil water content to provide optimal growing conditions. A corollary focus is on soil conditions, structure and character that affect water flow and drainage. While smart farming is a primary area of use, recreational areas such as golf course greens are another focus.
Explore hardrock (kimberlites, quarry stone) and sedimentary (potash) Map stratigraphy Detect hazards for mine safety
Engineered development and assessment of groundwater conditions demand solid definition of subsurface conditions. GPR’s ability to define geologic strata and detect anomalous geologic structure makes it a regular tool in the engineering geophysicist’s arsenal of methods. In addition, GPR is one the few methods that is directly sensitive to the water content and chemistry. Applications range from route selection for roads, railway and pipelines to karst evaluation.
An Optimized 3-in-1 Sensor Integrating Ultra-High Resolution, Panchromatic Imaging and Thermal Imaging to Provide Unlimited Analytical Capabilities at Leaf-Level Resolution
