801.5240.225.4
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Interactive 3D model of eVTOL QuadPlane Wing

Enclosures and housings

eVTOL QuadPlane Wing

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Bounding box
240.2 × 801.5 × 25.4 mm
Engine
Precision B-rep
Parameters
14
Published
August 8, 2026

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The prompt

Create a parametric main wing for a small eVTOL QuadPlane, units mm. Wing type: tapered fixed wing Total span: 800 Root chord: 240 Tip chord: 200 Airfoil: Clark Y Dihedral: 1.5 degrees per side Twist: 0 degrees Create a symmetric wing about the aircraft centerline. Wing geometry: - Half-span: 400 mm each side - Root chord: 240 mm - Tip chord: 200 mm - Tip leading edge setback: 12 mm - Smooth loft from root airfoil to tip airfoil - No wingtip cap bulging outside dimensions Main spar: - Position at 28% chord - Add internal cylindrical spar passage - Spar outer diameter: 8 mm - Center spar continuously through the wing Ailerons: - One per side - Each aileron span: 150 mm - Root-side chord: 45 mm - Tip-side chord: 40 mm - Place near outer trailing edge - Leave 1.5 mm hinge gap Wing root interface: - Center section must mate with a fuselage approximately 72 mm wide - Provide a flat/controlled wing-seat region at the center - Do not create motor booms or motors in this part Output: One clean editable solid suitable for STEP export.

Parameters

NameValueRange
Half Span400 mm100 – 1000
Root Chord240 mm100 – 500
Tip Chord200 mm50 – 300
Tip LE Setback12 mm0 – 100
Dihedral per Side1.5 deg0 – 10
Spar Outer Diameter8 mm2 – 20
Spar Position (% chord)0.280.2 – 0.4
Aileron Span150 mm50 – 300
Aileron Span Start (from root)250 mm0 – 400
Aileron Root Chord45 mm20 – 100
Aileron Tip Chord40 mm10 – 80
Aileron Hinge Gap1.5 mm0.5 – 5
Fuselage Width (seat width)72 mm30 – 150
Wing Seat Flat Z Offset0 mm-10 – 10

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.