Aufmessen mit lokalen Koordinatensystemen | excav PILOT

In this tutorial, we show you how to create a local coordinate system with the excav PILOT and use it to build precise designs. Using a parallel trench along a path as an example, we demonstrate creation via origin + X-axis, using it for grid layouts, and manual point creation within the local system. Contents: 00:00 Introduction: Coordinate System feature 00:12 Use case: Creating a parallel trench at 1 m distance 00:27 Design menu → Creating a coordinate system 00:34 Two methods: Origin + X-axis / X-axis + Y-axis 00:48 Capturing the origin & X-axis 01:05 Optional reference height 01:19 Reading X/Y values in the tablet view 01:34 Creating a parallel line at defined distance 02:04 Further applications: Grid layouts 02:25 Manual point creation in the local coordinate system 02:51 Wrap-up & feedback 🔗 More info & tutorials: https://www.excav.de/getting-started 📖 Online user manual: https://docs.excav.de 📲 Download the app: https://www.excav.de/app ────────────────── excav PILOT – The first mobile 3D GNSS assistance system for all construction machinery. Precise earthworks in civil engineering – simple, flexible and ready in 5 minutes. 🌐 Website: https://www.excav.de 📸 Instagram:   / excavofficial   💼 LinkedIn:   / excav-gmbh   🎬 YouTube:    / @excavofficial   📧 Contact: [email protected] © excav GmbH – Baiersdorf, Bavaria, Germany ────────────────── #excavPILOT #GNSS #Excavator #CivilEngineering #ConstructionMachinery #MachineControl #3D #Earthworks #Tutorial #CoordinateSystem #Survey #GridLayout #ConTech