AUTODESK VEHICLE TRACKING

Autodesk Vehicle Tracking – Dynamic Analysis of Vehicle Paths, Roundabout Design and Maneuvering Spaces Autodesk Vehicle Tracking is a specialized software for simulating vehicle movements, trajectory analysis and road infrastructure design. Seamlessly integrated into CAD environments such as AutoCAD, Civil 3D, and AutoCAD Plant 3D, it allows civil engineers, urban planners, and road designers to evaluate and optimize vehicle behavior in designed or existing spaces. It is an essential tool to ensure that vehicles can maneuver, traverse or park safely and in accordance with regulations, avoiding interference or risk situations in road, transport, and logistics projects. 🚗 Main features of Autodesk Vehicle Tracking • Vehicle trajectory simulation: analyzes the behavior of light vehicles, heavy vehicles, buses, articulated trucks, emergency vehicles, rail and airport vehicles. Each type of vehicle has realistic steering radius, wheelbase, and speed parameters. • Swept path analysis (encumbrance course): automatic calculation of the area occupied by a maneuvering vehicle, useful for checking tight curves, intersections, parking lots, and limited access 📏. • Wide library of predefined vehicles: includes models standardized according to international standards (AASHTO, UK DfT, Austroads, etc.) with the possibility of creating custom vehicles. • Roundabout design: parametric tool for the rapid design of road roundabouts in accordance with local regulations, with automatic calculation of geometries, visibility, and lanes. • Reverse maneuvers simulation: useful for verifying the feasibility of accesses, loading/unloading, industrial or logistics areas. • Animations and dynamic visualization: possibility of creating realistic animations of vehicular movement along the designed route, even with multiple simultaneous vehicles 🚦. • Support for airport and railway tracks: includes specific tools to simulate the movement of railway convoys and airport vehicles. • BIM and GIS compatibility: seamless integration with road, urban, and territorial BIM projects, with automatic alignment on topographic surfaces and digital terrain models. • Calculation of safety distances and blind areas: advanced analysis for the safe design of public spaces, emergency lanes, and vehicle access. 🔗 Integration and workflow • Fully integrated into AutoCAD, Civil 3D, AutoCAD Architecture, Map 3D, Plant 3D • Support for layers, CAD styles, and blocks, for total compatibility with existing drawings • Import and export of data in DWG, DGN, LandXML, IFC 💻 Compatibility and System Requirements 🖥️ Supported operating systems: • Windows 10 / 11 (64-bit) Vehicle Tracking is not available in a native version for macOS, but it can be run on Mac via Parallels Desktop, VMware Fusion or Boot Camp (only on Mac with Intel chip). 🔧 Recommended minimum requirements: • CPU: Intel Core i5 / i7 or AMD Ryzen 5 / 7 • RAM: minimum 16 GB • Graphics card: compatible with DirectX 11, at least 2 GB VRAM (recommended NVIDIA Quadro or RTX for smooth animations) • Disk space: at least 10 GB available • Required software: AutoCAD 2023/2024, Civil 3D or other compatible Autodesk platform • Internet connection: necessary for activation and updates ☁️ 👤 Who is Autodesk Vehicle Tracking suitable for? This software is essential for: • Civil and transport engineers who design road infrastructures, roundabouts, parking lots, lanes, and intersections • Urban planners and territorial architects involved in urban and mobility planning 🚧 • Designers of logistical and industrial areas who need to ensure safe maneuvers of trucks, heavy vehicles, and forklifts • Public bodies and local administrations evaluating new road projects or infrastructure adjustments • Engineering and consulting companies specializing in infrastructure, transport, and smart mobility ✅ Autodesk Vehicle Tracking is a technical and highly specialized solution, designed to ensure efficiency, safety, and compliance in the design of vehicular spaces. A reliable and integrated tool that allows for more informed, quicker, and more precise decisions from the preliminary stages of the project.