New Vehicle Tracking 2018: A Review of Features and Updates
Vehicle Tracking is a software application that allows engineers, designers, and planners to analyze vehicle movements on transportation or site design projects. It integrates with Civil 3D and AutoCAD to provide a comprehensive solution for vehicle simulation and analysis.
In this article, we will review some of the new features and updates of Vehicle Tracking 2018, which was released in April 2017. Some of the highlights include:
An extended catalog of vehicles with more than 5000 predefined vehicles from various regions and standards.
A new option to export the library and vehicle details to a CSV file for easy reference and comparison.
A new Swept Path Analysis command that allows users to create multiple swept paths in a single operation.
A new Roundabout Design command that allows users to create roundabouts based on various design criteria and standards.
A new Parking Standards Editor that allows users to create and modify parking standards for different regions and scenarios.
A new Parking Layout command that allows users to generate parking layouts based on parking standards and site constraints.
Improved performance and stability of the software, especially when working with large drawings and complex simulations.
Vehicle Tracking 2018 is a powerful tool that can help engineers, designers, and planners to optimize their vehicle movements and designs. It is compatible with Civil 3D 2018 and AutoCAD 2018, as well as previous versions. To learn more about Vehicle Tracking 2018, you can watch this video[^1^] or visit this website[^2^].Roundabout Design with Vehicle Tracking 2018
One of the most useful features of Vehicle Tracking 2018 is the Roundabout Design command, which allows users to create roundabouts based on various design criteria and standards. Users can specify parameters such as central island size, entry and exit widths, splitter island lengths, curb offsets, lane markings, and more. Users can also choose from different roundabout types, such as single-lane, multi-lane, mini-roundabout, or turbo-roundabout.
Vehicle Tracking 2018 also provides a new option to create roundabout alignments and profiles in a parent folder, which makes it easier to organize and manage the roundabout elements in Civil 3D. Additionally, users can create a roundabout top surface together with a corridor, which simplifies the surface modeling process. Users can also perform design checks on the roundabout geometry and get warnings on potential issues such as splitter island overlap or insufficient entry radius.
Vehicle Tracking 2018 also supports a new method of calculating the inscribed circle diameter (ICD) of the roundabout, which is based on the outer curb offset instead of the central island and circulatory lanes. This provides a more accurate measure of the roundabout size and helps users to comply with different design standards.
Roundabout design with Vehicle Tracking 2018 is a fast and efficient way to create roundabouts that blend with existing or planned roads. Users can explore different design options and optimize their roundabout geometry for safety and performance. To learn more about roundabout design with Vehicle Tracking 2018, you can watch this video[^1^] or visit this website[^2^]. 061ffe29dd