All drive modes are well suited to modelling rigid vehicles but AutoDrive is likely to give the quickest and best results.
- Autodesk Vehicle Tracking 2026 Readme
- Vehicle Tracking 2026 System Requirements
- Introduction
- Dos and Don'ts
- About the Manual Layout
- About Context-Sensitive Online Help
- About the Online Video Tutorial
- About Running Autodesk Vehicle Tracking in AutoCAD
- About Using Autodesk Vehicle Tracking
- About Autodesk Vehicle Tracking Settings
- About Modeling Rigid Vehicles
- About Modeling Articulated Semi-Trailer Vehicles
- About Modeling Drawbar and Multi-Trailer Vehicles
- About Modeling Aircraft
- About Modeling Combination Steered Vehicles
- About Modeling Vehicles with Pushing Tractors
- About Modeling Vehicles with Steerable Couplings
- About Modeling Active Hitches
- About Development and Planning Scenarios
- About Modeling the Effects of Superelevation and Side Friction
- About Modeling Trams and Light Rail Vehicles
- About Modeling Conveyor Systems
- About Modeling the Fastest Line Through Roundabouts
- About Checking Vertical Clearances
- Getting Started Dialog
- Vehicle Tracking Installation
- Settings
- Data Libraries
- Templates
- Swept Paths: Creating Paths
- Swept Paths: Editing Paths
- Swept Paths: Creating and Editing Vehicles
- Parking: Creating and Editing Parking Areas
- Parking: Creating and Editing Standards
- About Roundabouts
- About Roundabout Standards
- Reviewing and Checking your Results
- Managing Autodesk Vehicle Tracking Data
- Glossary of Terms