Convert SHP to AutoCAD - Map Conversion For Professionals

Convert SHP to AutoCAD

SHP to AutoCAD Conversion

Say goodbye to complex workflows - our importer makes SHP to AutoCAD simple in just 3 steps:

  1. Download & Install:

    Import SHP maps directly into AutoCAD drawings using Automapki Application - simply install the plugin and restart your CAD.

  2. Execute SHP Import:

    Open your AutoCAD editor, type AmImportMap in the command line, or click the Import Map button in the ribbon bar.

  3. Import SHP Map:

    Select your SHP map file and click Open to import it into your AutoCAD drawing.

Still stuck on SHP to AutoCAD conversion? Our practical guides help you complete SHP maps conversion successfully:

SHP ESRI Shapefile

A file format specifically designed by Esri company to store georeferenced shapes. It is widely used in Geographic Information Systems (GIS) for its ability to represent a variety of geometries and their associated data attributes.

SHP Format Capabilities

  • SHP Geometries:

    The shapes that define the spatial features, such as points, lines, and polygons. Each geometry has a unique identifier and a spatial reference system that specifies its location on the earth’s surface.

  • SHP Attributes:

    The data that describe the properties of the geometries, such as name, type, area, population, etc. Each attribute has a name and a data type, such as string, integer, float, etc.

  • SHP Files:

    The physical files that store the geometries and attributes in a binary format. A SHP shapefile is actually a collection of at least three files: a .shp file that contains the geometries, a .dbf file that contains the attributes, and a .shx file that indexes the geometries.

SHP File Conversion

SHP shapefiles serve as a widely adopted standard across GIS applications, providing a straightforward and effective method for storing and processing geospatial data. Among these applications is our Automapki Application, an add-on compatible with AutoCAD, Bricscad, and ZWCAD. This powerful tool enables you to import SHP shapefiles directly into DWG model space and export DWG drawing elements to SHP format. This functionality facilitates seamless integration of geospatial information with CAD designs and simplifies data sharing with other GIS platforms.

DWG AutoCAD Drawing

Autodesk's AutoCAD is a leading software program in the field of Computer Aided Design (CAD). It is renowned for its support of the native DWG drawing format. Widely used by architects, engineers, and designers, AutoCAD enables precise 2D drafting and 3D modeling. Its powerful tools streamline the creation of technical drawings, floor plans, and construction documentation.

Key Features of AutoCAD

  • 2D Drafting & 3D Modeling:

    Create precise technical drawings and realistic 3D models with a comprehensive set of tools.

  • Customization & Automation:

    Use AutoLISP, scripts, and ObjectARX (AutoCAD’s advanced API) to build custom applications and automate workflows.

  • Native DWG Support:

    Work seamlessly with AutoCAD’s proprietary DWG format, ensuring optimal performance, compatibility, and data integrity.

  • Dynamic Blocks:

    Create intelligent, reusable blocks with adjustable properties.

AutoCAD Drawing Conversion

Automesher Application and Automapki Application are powerful AutoCAD add-ons designed to enhance your design workflow with advanced 3D and GIS capabilities. These applications enable seamless integration of external 3D models and geospatial data directly into your AutoCAD projects. With support for popular 3D formats like STL, SKP, and OBJ, as well as GIS standards including SHP and KML, these tools allow you to incorporate real-world geospatial information and complex 3D models into your CAD environment. Don't limit your AutoCAD designs - expand your possibilities with our Automesher & Automapki applications!

SHP vs. AutoCAD Comparison

Property SHP AutoCAD
Extensions .shp .dwg
Name ESRI Shapefile AutoCAD Drawing
Versions
  • Min: AutoCAD 2010
  • Max: AutoCAD 2026
Textures
Colors
Geometry components
Readers
Writers