Are you just starting with SOLIDWORKS and looking for hands-on experience? This article features 25 beginner-friendly mechanical part drawings that will help you practice and improve your skills — complete with a free downloadable PDF eBook so you can follow along offline.
Why Practice with SOLIDWORKS?
SOLIDWORKS is one of the most widely used CAD tools in mechanical design, engineering, and product development. Practicing 2D sketches and 3D parts in SOLIDWORKS helps you:
- Build confidence in parametric modeling
- Understand sketch constraints and design intent
- Learn how to navigate the interface, use features like Extrude, Revolve, Fillet, and Chamfer
- Get ready for certifications like CSWA and CSWP
About These Exercises
This collection includes drawings of mechanical parts that require:
- Basic sketching
- Dimensional accuracy
- Use of core features (Extrude, Revolve, Mirror, Fillet, etc.)
- Simple assemblies
Each exercise includes an image with dimensions, perfect for self-guided practice.
SOLIDWORKS Practice Drawings – Preview
Below are examples of what you’ll find in the full PDF:
Drawing #1 – Flanged Bracket
Focus: 2D sketch, extrude, fillet, hole wizard
Drawing #2 – Pulley Block
Focus: Revolved features, axis symmetry, grooves
Drawing #3 – Mounting Plate
Focus: Multiple sketch planes, counterbore holes
Drawing #4 – Spacer Ring
Focus: Circular sketch patterns and precise hole placements
Download the Free PDF eBook
Looking for the complete set of drawings? Download the 25 SOLIDWORKS Practice Drawings for Beginners – Free PDF eBook and practice offline at your own pace.
Click here to download your free eBook (PDF)
7 Tips to Complete These SOLIDWORKS Drawings More Effectively
1. Fully Define Your Sketches
Always apply dimensions and constraints to avoid under-defined sketches.
2. Use Relations Like Horizontal, Vertical, and Equal
These sketch relations will help you maintain design accuracy and reduce over-dimensioning.
3. Use “Convert Entities” Smartly
Project edges or existing geometry to reduce sketching time and increase accuracy.
4. Make Use of Feature Patterns
Features like Linear Pattern or Circular Pattern can save time and ensure symmetry.
5. Name Your Features and Sketches
Naming them logically improves readability when your model becomes complex.
6. Use Planes to Build in 3D
Practice creating parts on offset planes or reference geometry for better parametric control.
7. Check with Evaluate Tools
Use the Measure and Mass Properties tools to validate part size and balance as you build.
Build your SOLIDWORKS skills one part at a time — start with these exercises and master the fundamentals.