Autodesk Vehicle Tracking 2027 - 1 Year Subscription

Features

Description

Autodesk Vehicle Tracking 2027 1 Year Subscription Autodesk Vehicle Tracking 2027 is professional transportation analysis and vehicle swept-path software designed for civil engineers, transportation planners, architects, designers, and infrastructure professionals. Vehicle Tracking provides specialized tools for analyzing vehicle movement through roads, intersections, parking areas, roundabouts, loading facilities, and other transportation environments.

It enables designers to simulate vehicle paths and evaluate whether proposed layouts provide sufficient space for cars, trucks, buses, emergency vehicles, and other vehicle types. By integrating vehicle movement analysis directly into compatible Autodesk design workflows, Vehicle Tracking 2027 helps users evaluate transportation designs earlier, identify potential access or clearance issues, and improve road and site layouts before construction.

Previous versions included: Access to Vehicle Tracking 2024, 2025, and 2026 is also included with the subscription. What You Get 1-Year Subscription to Autodesk Vehicle Tracking 2027 Full access to vehicle swept-path and transportation analysis tools Vehicle movement and turning simulation capabilities Parking and roundabout design tools License added directly to your Autodesk account Manage your subscription through Autodesk Account Free remote installation assistance Access to applicable updates and feature enhancements during the subscription period Access to 2024, 2025, 2026, and 2027 versions Key Features Vehicle Swept-Path Analysis Simulate vehicle movement through proposed layouts and visualize the space required for vehicles to complete turns and manoeuvres.

Vehicle Turning Analysis Evaluate turning movements at intersections, entrances, loading areas, parking facilities, and other constrained locations. Vehicle Libraries Work with vehicle profiles representing different vehicle types and dimensions to evaluate how various vehicles interact with a proposed design.

Parking Layout Design Create and evaluate parking layouts while considering vehicle access, circulation, parking spaces, and manoeuvring requirements. Roundabout Design Support the planning and analysis of roundabout geometry while evaluating vehicle movements through proposed layouts. Transportation Design Analysis Evaluate roads, intersections, access points, and site layouts to help identify potential vehicle movement and clearance issues.

Included Capabilities Swept-Path Analysis: Visualize the complete movement envelope of vehicles Turning Simulation: Analyze vehicle turning and manoeuvring requirements Vehicle Libraries: Evaluate designs using different vehicle configurations Parking Design: Plan and analyze parking layouts and vehicle circulation Roundabout Design: Support roundabout planning and vehicle movement analysis Clearance Analysis: Evaluate available space around vehicles during manoeuvres Site Access Analysis: Review entrances, exits, loading areas, and access roads Transportation Planning: Support road and infrastructure design workflows Designed for Transportation & Site Planning Vehicle Tracking helps designers answer an important question during the planning process: Can the required vehicle safely and practically navigate the proposed layout?

Instead of relying solely on static drawings and estimated turning circles, swept-path analysis allows users to visualize how a vehicle moves through the design. Vehicle Tracking can be particularly useful for: Road and highway design Intersections Roundabouts Parking facilities Commercial developments Loading bays and delivery areas Industrial sites Residential developments Bus and public transport facilities Emergency vehicle access Infrastructure projects Vehicle Swept-Path Simulation Different vehicles require significantly different amounts of space when turning.

A passenger vehicle may easily navigate a layout that is unsuitable for a large truck, articulated vehicle, bus, or emergency vehicle. Vehicle Tracking allows designers to simulate these movements and review the resulting swept path, hel