AutoCAD vs SOLIDWORKS
An independent comparison to help your team choose the right CAD software. Both are excellent tools — for different jobs.
Transparency notice: Cadspro is an authorized SOLIDWORKS reseller. We do not sell AutoCAD. This comparison is based on our engineering team's experience with both platforms. Where SOLIDWORKS isn't the right fit, we'll say so.
At a Glance
| AutoCAD | SOLIDWORKS | Edge | |
|---|---|---|---|
| Primary Strength | 2D Drafting & Documentation | 3D Parametric Modelling | Depends |
| 3D Modelling | Basic 3D (not parametric) | Full parametric solid/surface | SW |
| Manufacturing Features | Minimal | Extensive (CAM, simulation, PDM) | SW |
| Simulation (FEA/CFD) | Not included | Integrated (Premium) | SW |
| 2D Drafting | Industry standard | Good (from 3D models) | AC |
| Architecture / Civil | Strong ecosystem | Not designed for this | AC |
| Learning Curve | Moderate | Moderate | Tie |
| Data Management | Vault (add-on) | PDM (integrated) | SW |
Feature-by-Feature Analysis
2D Drafting
AutoCAD is the industry standard for 2D drafting. Precision drawing tools, extensive block libraries, and decades of industry adoption make it unmatched for pure 2D documentation.
SOLIDWORKS generates 2D drawings from 3D models — dimensions, tolerances, and BOMs update automatically when the 3D model changes. Less manual drafting effort, but requires 3D modelling first.
Verdict:AutoCAD for standalone 2D work. SOLIDWORKS for 2D derived from 3D.
3D Modelling
AutoCAD offers basic 3D modelling (solids, surfaces, meshes) but it's not parametric. Changes don't propagate through a feature tree. Not suited for complex mechanical design.
SOLIDWORKS is built for 3D parametric modelling. Feature-based design history, full constraint system, configuration management, and assembly design tools. This is its core strength.
Verdict:SOLIDWORKS — significantly more capable for 3D product design.
Manufacturing
AutoCAD has no built-in manufacturing tools. CAM and simulation require third-party software and separate workflows.
SOLIDWORKS integrates CAM (SOLIDWORKS CAM), simulation (FEA, CFD, thermal), and PDM within the same environment. Design-to-manufacture in one platform.
Verdict:SOLIDWORKS — purpose-built for product manufacturing.
Collaboration
AutoCAD files (.dwg) are universally compatible. Large installed base means easy file sharing across firms. Vault adds version control.
SOLIDWORKS PDM provides secure file management, revision control, and BOM management. Tighter workflow but requires SOLIDWORKS licences across the team.
Verdict:AutoCAD for broad compatibility. SOLIDWORKS for structured engineering teams.
Which CAD for Your Industry?
Manufacturing & Product Design
Parametric 3D, integrated simulation, CAM, PDM — the complete manufacturing workflow.
Architecture & Construction
Industry standard for architectural drawings. Strong ecosystem with Revit integration.
Mechanical Engineering
3D parametric modelling, FEA, motion analysis — built for mechanical engineering.
Electrical / PCB Design
Use dedicated ECAD tools (Altium, SOLIDWORKS Electrical, AutoCAD Electrical).
Mixed 2D/3D Workflows
If primarily 2D with some 3D: AutoCAD. If primarily 3D with 2D drawings: SOLIDWORKS.
Our Recommendation
If you manufacture physical products — SOLIDWORKS. Parametric 3D modelling, integrated simulation, CAM, and PDM give you a complete design-to-manufacturing workflow. This is what SOLIDWORKS was built for.
If you work in architecture or construction — AutoCAD. It's the industry standard for architectural and civil engineering documentation. We won't try to sell you SOLIDWORKS for a job it wasn't designed for.
If you're unsure — talk to us. We'll ask about your workflows, team size, and goals, and give you an honest recommendation. If AutoCAD is the right answer, we'll tell you.
Frequently Asked Questions
Yes. Many companies use AutoCAD for legacy 2D drawings and SOLIDWORKS for new 3D product development. SOLIDWORKS can import DWG files, and 2D drawings can be exported back to DWG format.
Both have moderate learning curves. AutoCAD's 2D tools are straightforward but mastering 3D is harder. SOLIDWORKS has a steeper initial curve for 3D modelling but the parametric workflow becomes intuitive quickly. Most engineers become productive in 2-4 weeks with training.
Yes, significantly. SOLIDWORKS was designed for product manufacturing with integrated CAM, simulation, and data management. AutoCAD is primarily a drafting tool — manufacturing features require separate third-party software.
No. Cadspro is an authorized SOLIDWORKS and Hexagon reseller. We created this comparison to help you make an informed decision. If SOLIDWORKS is the right fit, we can help. If AutoCAD is better for your use case, we'll tell you that honestly.
AutoCAD and SOLIDWORKS have similar price points for subscription licences. However, SOLIDWORKS includes more functionality in its base package (3D modelling, simulation basics) while AutoCAD requires add-on subscriptions for specialised tools. Total cost of ownership depends on your specific needs.
Need Help Deciding?
Our engineering team has experience with both platforms. Schedule a free consultation — we'll recommend what's right for your specific use case.