75.0100.074.0
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Interactive 3D model of Clevis Pin Joint Assembly

Mechanical parts

Clevis Pin Joint Assembly

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Bounding box
100.0 × 75.0 × 74.0 mm
Engine
Precision B-rep
Parameters
22
Published
November 4, 2026

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The prompt

can you make a clevis pin design using the image as reference and use this values for the design P = 25 kN = 25,000 N d = 30 mm (Ø30 f7) t = 24 mm (blade / center lug thickness) b = 12 mm (each clevis prong thickness) 2b = 24 mm (total prong thickness) c = 2 shear planes (between blade and each prong) V = P/2 = 12.5 kN (shear force per plane c) Bearing stress = P/(td) = 34.72 MPa Gap between prongs = 24 mm Overall clevis width across prongs = 48 mm Prong width, W = 75 mm Hole center to prong end, e = 45 mm (R45 end) Clevis hole = Ø30 H8 Pin overall length = 68 mm Pin head = Ø45 × 8 mm thick Pin grip length (b + t + b) = 48 mm Cotter hole = Ø5, 6 mm from free end Shank = Ø30 with M24 × 3 thread

Parameters

NameValueRange
Prong Width W75 mm40 – 140
Prong Thickness b12 mm6 – 30
Gap Between Prongs24 mm10 – 60
Clevis Hole Ø (H8)30 mm10 – 60
Hole Centre From Tip45 mm20 – 100
Rounded End Radius R45 mm20 – 120
Body Behind Hole55 mm20 – 120
Slot Depth Behind Hole30 mm5 – 80
Slot Root Fillet4 mm0.5 – 6
Lug Thickness t24 mm8 – 60
Lug Width60 mm30 – 120
Pin Shank Ø (f7)30 mm12 – 60
Pin Overall Length68 mm40 – 150
Head Ø45 mm25 – 90
Head Thickness8 mm3 – 25
Grip Length (b+t+b)48 mm20 – 120
Thread Ø (M24 core)24 mm10 – 60
Cotter Hole Ø5 mm2 – 12
Cotter Hole From End6 mm3 – 25
Cotter Pin Ø5 mm2 – 12
Cotter Pin Length35 mm15 – 70
Bent Leg Length12 mm4 – 30

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.

Clevis Pin Joint Assembly - Free CAD Model (STEP, STL) | TextoCAD