423.2366.522.0
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Interactive 3D model of Tricopter Y-Frame Assembly

Brackets and mounts

Tricopter Y-Frame Assembly

12 views
Bounding box
366.5 × 423.2 × 22.0 mm
Engine
Precision B-rep
Parameters
13
Published
August 14, 2026

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The prompt

Create a lightweight three-arm tricopter frame with: One front arm and two rear arms arranged in a symmetric Y-shaped configuration. A central main body/frame connecting all three arms. Lightweight structural geometry suitable for 3D printing. Rounded edges and fillets where appropriate. Bolt holes and mounting provisions for attaching the three arms to the central body. No detailed electronics, wiring, flight controller, ESC, GPS, or sensors.

Parameters

NameValueRange
Central Body Diameter80 mm40 – 160
Central Body Thickness8 mm4 – 20
Mounting Lobe Width26 mm16 – 40
Mounting Lobe Protrusion18 mm8 – 40
Arm Boom Length200 mm100 – 300
Arm Boom Width22 mm12 – 40
Arm Boom Thickness14 mm6 – 30
Arm Wall Thickness3 mm1.5 – 6
Arm Flange Width30 mm20 – 50
Arm Flange Length20 mm10 – 40
Mounting Bolt Hole Diameter3.3 mm2 – 8
Mounting Bolt Hole Spacing16 mm6 – 30
Top Edge Fillet Radius1 mm0 – 3

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.