3D preview of Wind Turbine Blade with Tapered Winglet
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Interactive 3D model of Wind Turbine Blade with Tapered Winglet

Enclosures and housings

Wind Turbine Blade with Tapered Winglet

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Bounding box
64.9 × 229.2 × 22.7 mm
Engine
Precision B-rep
Parameters
9
Published
October 30, 2026

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The prompt

Create a complete 3D wind turbine blade with an integrated **tapered winglet** at its outer tip. **Winglet dimensions:** - Height: 9.5 mm - Root chord: 20 mm - Tip chord: 10 mm - Cant angle: 90° relative to the blade plane **Winglet geometry:** - Taper linearly from 20 mm at the base to 10 mm at the top. - Maintain a smooth aerodynamic airfoil cross-section. - Use a continuous, smooth connection between the blade and winglet. - Avoid sharp edges, gaps, or abrupt geometric transitions. **Blade requirements:** - Create a realistic wind turbine blade with aerodynamic geometry. - Maintain a consistent airfoil profile and smooth blade surfaces. - Integrate the winglet naturally into the blade tip. - Produce a single watertight solid suitable for SolidWorks and ANSYS Fluent. **Output:** A complete 3D CAD model, exportable as STEP.

Parameters

NameValueRange
Blade Length200 mm50 – 400
Root Chord60 mm20 – 120
Root Max Thickness10 mm2 – 30
Blade Tip / Winglet Root Chord20 mm5 – 50
Blade Tip Max Thickness3 mm0.5 – 10
Winglet Height9.5 mm3 – 30
Winglet Tip Chord10 mm2 – 30
Winglet Tip Max Thickness1.5 mm0.5 – 8
Cant Angle90 deg70 – 110

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

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Wind Turbine Blade with Tapered Winglet - Free CAD Model (STEP, STL) | TextoCAD