Download, create, analyze, and adjust survey data, as well as transfer field-captured data to the office
Create digital models of topography for land-use studies, transportation system planning, and water flow simulations
Create dynamic and data-rich corridor models for highways, roads, and rail tracks
Create dynamic models of 3-way (T-shaped) or 4-way intersections, as well as roundabouts
Manage stormwater and sanitary sewer design. Define pipeline paths, optimized with hydraulics/hydrology analysis
Lay out horizontal and vertical pressure network designs; model deflected-curve pipe segments and use design and depth checks
Quickly create construction documents from drawings, including plan/profile, plan(s)-only, profile(s)-only, and section sheets
Civil 3D supports import, export, and links with commonly used CAD formats, including IFC, and connects with Esri ArcGIS and Bentley data
Use visual programming to generate scripts that automate repetitive and complex tasks, including electrification and signaling
Visualize and analyze subsurface data and easily utilize that data directly in the Civil 3D design model
Use materials and sectional or profile information to create reports for volumes, comparing design and existing surfaces and quantity takeoff
Coordinate workflows more efficiently across the various disciplines working on complex bridge design projects
Surface modeling tools
Create surfaces composed of a combination of points, breaklines, boundaries, and contours with support for TIN, Grid, and Cropped, and Corridor surfaces.
Point cloud tools
Use a large collection of points acquired by laser scanners and other capture technologies to create digital representations of existing conditions and structures. Import the point data to Civil 3D to generate a 3D model to be used in your design project.
Work with editing tools that add edits to a surface definition as edit operations and not to any of the existing surface data components.
A display tool that enables you to block out areas of a surface and prevent them from being displayed or to render a section of the surface using a specified render material.
Analyze how water flows along and off a surface to better determine drain targets and watersheds.
Use the Volumes Dashboard to calculate and analyze volume surfaces and bounded areas within those surfaces.
Conduct surface-related analysis, including contour, directions, elevations, slopes, slope-arrows, watersheds, and water drop path.
Site design tools
Manage objects (parcels, alignments, gradings, and feature lines) with a common topology in a site collection.
Streamline the download, creation, analysis, and adjustments of field-captured survey data.
More efficiently process field-captured survey data to create an intelligent base map in Civil 3D.
Visualize and analyze geotechnical data then use that data directly in the Civil 3D design model.
Grading tools and commands facilitate the efficient design of finished ground surfaces.
Grading Optimization (AEC Collection only)
Automate the process for conducting grading design studies for land areas based on established design project criteria.
Corridor design tools
Create dynamic and data-rich corridor models for highways and roads. Build rail track corridor models, incorporating designs for switches, turnouts, and cant calculations.
Export corridor data
Extract corridor feature lines with ease to use as a basis for creating grading objects or other design projects. Extracting feature lines can be done all at once, selected one-by-one, or by selecting a subset within a corridor region or a polygon.
Assemblies and subassemblies
Efficiently use assemblies and subassemblies to establish the basic building blocks of a roadway or other alignment-based design.
Intersections and roundabouts
Create dynamic 3-way, 4-way, or roundabout intersections.
Advanced roundabout design
Model roundabouts according to defined standards. Build your roundabouts into existing corridor models, enabling your design to update automatically when you make changes to the corridor alignments.
Modeling pipe networks
Efficiently draw 2D and 3D models of utility systems, such as storm sewers, sanitary sewers, and more.
Hydraulics and hydrology tools
Perform a variety of stormwater management tasks, including storm sewer design, watershed analysis, detention pond modeling, and culvert, channel, and inlet analysis.
Pressure network design
Generate 3D models of pressure networks, such as water transmission systems.
Plan production and construction documentation
Create plan-only, plan and profile, profile-only, and section sheets by including multiple plan or profile views on a single sheet.
QTO and earthwork calculations
Extract and report material volumes and analyze quantities from materials and sectional or profile information.
Project Explorer for Civil 3D (AEC Collection only)
Manage the staggering volume of design data in Civil 3D models in this all-in-one hub. Easily review, validate, report, export and edit models. Gain a better understanding of your design and more efficiently control the distribution of geometric information to project stakeholders.
Corridor data shortcut (DREF)
Create and share data shortcuts for corridors.
3ds Max interoperability
Create professional-quality visualizations.
IFC import and export
Import and export AutoCAD solids to IFC files.
Exchange data with InfraWorks
Bring context modeling and conceptual design into your design process. Make better decisions with a real-world context of existing conditions, more efficiently consider alternatives, and complete detailed design and documentation in Civil 3D.
Email is required Entered email is invalid.