Vehicle Tracking
Vehicle Tracking

Vehicle Tracking

Vehicle Tracking product introduction

 

Vehicle trajectory path analysis software

Vehicle Tracking software is a comprehensive transportation analysis and design solution for vehicle trajectory and path analysis. The software enables engineers and designers as well as planners to evaluate and evaluate vehicle operations on transportation and site design projects.

Evaluate vehicle movement in transportation or site design projects.

Explore design options and evaluate safety and standards compliance.
Get design and simulation integrated with the AutoCAD environment.

 

 

Extend the AutoCAD platform

The design and simulation tools in Vehicle Tracking integrate with AutoCAD and Microstation environments.

 

 

Planning and design tools

Use swept path analysis to speed planning and design processes.

 

 

Evaluate options quickly

Explore alternative roundabout design options and evaluate safety and standards compliance.

 

 

Vehicle swept path analysis

Animate vehicle paths directly within the CAD environment. Create 2D or 3D animations, using multiple camera angles and even a Record function.

 

 

Parking lot design

Lay out vehicle parking areas in minutes instead of hours. Quickly place rows, custom bays, and access roads. Use grips to easily edit design alternatives.

 

 

Roundabout design

The Road Design tool uses intelligent objects to help engineers create and edit roundabout geometry to a variety of international design standards.

 

 

Airport design

Analyze all aspects of airside vehicle operations by checking taxiing, stand clearances, pushback maneuvers, jet blast safety zones, ground service vehicle access, and more.

 

 

Light rail and tram design

Users can only fully model a track guide car, such as a tram using guided drive, which is available in the track version. Because in general, the path of a tram is clearly defined, there are fewer options. However, because most new tram networks use new tram designs (though often based largely on existing trams), users can define their own vehicles as needed.

Assess the movements of trams and other light rail vehicles. Model the path of most single or double multi-axle bogies, as well as suspended units.