Leica Nova MS60 MultiStation R2000: The scanning robotic total station. It comes with 3 batteries, a charger and a protective case to easily and safely transport the MS60. Model: MS60 1 R2000. The ultimate all-rounder, a scanning, self-learning total station with GNSS connectivity and digital imaging. The Leica Nova MS60, the world’s first self-learning MultiStation, enables you to perform all surveying tasks with one instrument. Highly accurate angle and distance measurements, robust design and easy-to-use apps. With improved automated functionalities, like Dynamic Lock and Autoheight, and the self-learning ARTplus features, the MS60 increases your efficiency, even in the most challenging conditions. Scan up to 30,000 points per second (Hz) to complete your work quickly and get dense scanning grids. The MS60 features optimised scanning paths, including zenith scans, allowing you to significantly reduce the total scanning time. GNSS is fully integrated in the workflow and the data structure, enabling direct georeferencing and increasing your flexibility in the field. Digital imaging technology, including an overview and a 30x magnifying telescope camera, enables accurate image-assisted surveying both at the instrument and remotely, while also including extended image documentation. When to use the Leica Nova MS60. Traditional surveying and so much more. Learn ways our scanning total station enables measurement tasks and deliverables for a range of sites and structures. Surfaces and volumes in construction and mining, soil heaps and stockpiles, DTM creation and checking surfaces, material thickness, blast faces and ground levels. Analysis of complex structures and objects within plant, marine and utility projects: dimensional control, as-built and record keeping. Measuring buildings and structures: bridge condition/clearance analysis, BIM and as-built. Facade, elevations and heritage work: creation of traditional deliverables like 2D maps or 3D models. Deformation monitoring of structures and ground: automated or periodic measurements of buildings, transportation infrastructure, natural hazards, dams and other objects.