648.0800.2260.1
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Interactive 3D model of Futuristic Research Aircraft

Enclosures and housings

Futuristic Research Aircraft

1 views
Bounding box
800.2 × 648.0 × 260.1 mm
Engine
Precision B-rep
Parameters
23
Published
November 3, 2026

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The prompt

Create a simple, symmetrical 3D CAD model of a futuristic aerodynamic research aircraft. Include a streamlined fuselage, swept wings, twin vertical stabilizers and a cockpit canopy. Use simple, continuous solid geometry. Avoid complex details and tiny components. Make the model symmetrical and watertight, with clean geometry suitable for STEP export. Generate an editable 3D solid, not an illustration.

Parameters

NameValueRange
Fuselage Length800 mm300 – 1500
Fuselage Radius40 mm10 – 100
Nose Length120 mm40 – 300
Tail Length100 mm40 – 300
Wing Root X Position250 mm100 – 600
Wing Root Y Offset24 mm0 – 60
Wing Half Span300 mm50 – 800
Wing Root Chord180 mm50 – 300
Wing Tip Chord80 mm20 – 200
Wing Sweep Angle30 deg0 – 60
Wing Thickness16 mm4 – 40
Fin Root X Position560 mm300 – 700
Fin Root Chord120 mm40 – 200
Fin Tip Chord60 mm20 – 120
Fin Height180 mm40 – 300
Fin Sweep Angle35 deg0 – 60
Fin Thickness10 mm4 – 30
Fin Lateral Offset20 mm0 – 50
Canopy X Position300 mm100 – 600
Canopy Length150 mm30 – 300
Canopy Width60 mm20 – 150
Canopy Height40 mm10 – 100
Canopy Top Fillet10 mm0 – 20

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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Futuristic Research Aircraft - Free CAD Model (STEP, STL) | TextoCAD