SolidWorks Revolve Feature: How to Create Revolved 3D Models from 2D Sketches (Updated November 2026) (Updated October 2026)
The SolidWorks Revolve feature is one of the four core modelling commands every SolidWorks user must master — and it is the right tool any time your 3D shape is created by rotating a 2D profile around an axis of symmetry. Think of a shaft, a bottle, a wheel hub, a pipe fitting, or a pulley — these are all revolve-based models. The NASSCOM-Deloitte report projects 1.25 million AI and software-enabled engineering jobs by 2027, and 3D modelling tools like SolidWorks are central to that demand. This guide walks through the revolve command step by step, exactly as taught in ABC Trainings SolidWorks classroom sessions.
- SolidWorks Revolve creates 3D shapes by rotating a 2D sketch profile around an axis
- Steps: select plane, sketch 2D profile, exit sketch, Revolve Feature, select axis, set angle, click OK
- Revolution angle can be 1 to 360 degrees; 360 creates a full solid, 270 creates a 3/4 revolve
- Use Revolve for cylindrical/rotational shapes (shafts, discs, rings); use Extrude for prismatic shapes (blocks, plates)
What is the SolidWorks Revolve Feature and When Should You Use It?
The SolidWorks Revolve feature generates a 3D solid or surface by rotating a 2D sketch profile around a specified axis of revolution. Use Revolve whenever your part has rotational symmetry — meaning it looks the same from any angle around its central axis. Examples include shafts, cylinders, discs, cones, rings, pipe fittings, and wheel hubs. The key distinction: if your 3D shape could be formed by spinning a 2D profile on a lathe, use Revolve. If your shape is extruded or pushed out in a straight line, use Extrude. Most mechanical engineering parts use a combination of both features — a shaft body is revolved, and the keyway slot is extruded.
Step-by-Step: How to Use the Revolve Command in SolidWorks
To use the Revolve command in SolidWorks, follow these steps. Step 1: click on the plane (Front Plane, Top Plane, or Right Plane) where you want to draw your 2D profile. Step 2: click Sketch to open the sketch environment. Step 3: draw your 2D profile — this should be one half of the cross-section of the final 3D shape. Step 4: click Exit Sketch to return to the 3D environment. Step 5: on the Features tab, click Revolve. SolidWorks will prompt you to select the axis of revolution — select the centreline or edge you drew as your axis. Step 6: set the degree of revolution (default is 360 for a full solid; change to 270 for a 3/4 solid, 180 for a half). Step 7: click OK to confirm. The 3D revolved solid appears. The most common beginner mistake is sketching on the wrong plane — if your part looks flat instead of 3D, undo, check your plane selection, and redo.
| Revolution Angle | Result | Common Use |
|---|---|---|
| 360 degrees | Full closed solid | Shafts, cylinders, discs, wheels |
| 270 degrees | 3/4 revolution (open sector) | Section views, internal cutaways |
| 180 degrees | Half revolution | Domes, half-cylinder models |
| Custom (1-359 degrees) | Partial sector | Spiral geometry, specialised components |
Setting the Revolution Angle: 270 Degrees, 180 Degrees, 360 Degrees and Partial Revolves
The revolution angle controls how much of a full circle your sketch is rotated. 360 degrees is the default and creates a fully closed solid — a complete cylinder, sphere, or torus. 270 degrees creates a 3/4 revolution — useful for demonstrating internal features or parts with a cutaway section. 180 degrees creates a half-revolution. Any angle from 1 to 360 degrees is valid. You can also use blind, through-all, and bidirectional options under the revolve type menu to control the direction of the revolution. For most mechanical parts, 360 degrees is what you want. For section views and visualisation models, 270 and 180 degree revolves are commonly used.
SolidWorks Revolve vs Extrude: Which Feature to Use and Why
SolidWorks Revolve and Extrude are both sketch-based features, but they produce different shapes and serve different purposes. Use Extrude when your part is a prism — a shape with the same cross-section throughout its length, like a block, plate, or L-profile. Use Revolve when your part has rotational symmetry — a shape that looks the same from any angle around its central axis. Practical rule: if you could make the shape on a lathe, use Revolve; if you could make it on a milling machine, use Extrude. In real product design, most parts use both — a shaft (revolve) with a keyway slot (extrude cut), or a disc (revolve) with bolt holes (extrude cut).
Common Mechanical Parts Made with the SolidWorks Revolve Feature
The SolidWorks Revolve feature is used to model a wide range of mechanical engineering parts standard in Maharashtra's automotive and manufacturing industry. Common examples include: shafts and axles (used in Bajaj Auto and Tata Motors drivetrain components), pulley wheels and V-belt profiles (used in conveyor and industrial equipment at Endurance Technologies), pipe fittings and valve bodies (used in Bosch and Kirloskar fluid handling equipment), bearing housings (used in Mahindra and Whirlpool appliance production), and wheel rims (used in automotive design at Skoda VW Shendra, AURIC). Trust me — once you master revolve alongside extrude, you can model about 70% of the mechanical parts you will encounter in a first-year design job.
SolidWorks Revolve Training at ABC Trainings: What You Learn in the Course
At ABC Trainings, the SolidWorks Revolve command is taught in the core SolidWorks modelling module as part of the AI Powered Product Design, Analysis and Simulation workshop. Trainers demonstrate each feature using real mechanical parts from Maharashtra industry — shaft profiles, coupling components, and housing geometries — so students learn the feature in a production context, not from abstract exercises. After the revolve module, students work on a full part drawing exercise combining revolve, extrude, fillet, and chamfer in a single model. The SolidWorks course at ABC Trainings is CMYKPY + PMKVY 4.0 eligible at all Maharashtra centers. WhatsApp 7774002496 to book a free demo class.
SolidWorks training at ABC Trainings is CMYKPY + PMKVY 4.0 eligible. Maharashtra residents aged 18-35 can receive Rs.6,000-Rs.10,000/month stipend during the course — call +91 7039169629 to check eligibility.Get the CAD/CAM Brochure + Fees + Batch Dates on WhatsApp
Free 1:1 counselling. Placement track record. CMYKPY/PMKVY eligibility check.
💬 Get Brochure on WhatsApp📞 Call 7039169629About the author: Shubham Choundiye, Mechanical Design Trainer, ABC Trainings.
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FAQs
How do I fix 'SolidWorks Revolve feature failed to create solid body' error?
The most common cause of this error is that your 2D sketch profile crosses or intersects the axis of revolution. SolidWorks requires the profile to be entirely on one side of the axis — it cannot cross the centreline. Fix: edit the sketch and move all profile geometry to one side of the axis. A second common cause is open profile loops — make sure your sketch profile is a closed shape (all lines connect end-to-end). If the error persists, check that only one closed profile exists in the sketch.
Can I revolve a closed loop sketch that surrounds the axis in SolidWorks?
No — SolidWorks Revolve should not be used with a sketch that completely surrounds the axis on both sides. A sketch that encloses the axis will produce an error or unexpected result. For standard solid modelling, keep your profile on ONE side of the axis of revolution. A thin-feature revolve (under the revolve options) is an exception for open profiles, but for normal solid parts, one side only.
What is the difference between SolidWorks Revolve and SolidWorks Sweep?
Both Revolve and Sweep rotate a 2D profile to create a 3D shape, but they work differently. Revolve rotates a profile around a single straight axis — always produces rotational symmetry. Sweep moves a profile along a curved or complex path — the path can be any 3D curve. Use Revolve for circular symmetry (shafts, cylinders, rings). Use Sweep for complex shapes like pipe bends, spring coils, and handle profiles. Sweep is the more complex feature; Revolve is simpler and faster for symmetrical parts.
Which SolidWorks institute in Pune teaches revolve and advanced modelling features?
ABC Trainings Hadapsar and Wagholi in Pune teach the full SolidWorks modelling feature set including Revolve, Extrude, Sweep, Loft, Shell, Fillet, and Chamfer as part of the AI Powered Product Design, Analysis and Simulation course. Trainers use real mechanical parts from Maharashtra's automotive industry as modelling exercises. CMYKPY + PMKVY 4.0 government stipend applies (Rs.6,000-Rs.10,000/month). Call +91 7039169629 or WhatsApp 7774002496 for a free demo class.
