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Anonymous1773753469
03-17 13:45
Model Name
formula 4 suspension 3d model
Tags
machine
machine realistic
machine simulation
machine simulation realistic
realistic
simulation
simulation realistic
wishbone
Prompt
Create a parametric 3D CAD model of a Formula 4 double wishbone suspension for a single axle (front and then mirrorable for rear) based on the following layout and geometry: Vehicle and global setup Wheelbase: 2350 mm (use as reference, but model only one axle as a module). Front track width: 1595 mm. Coordinate system: X: longitudinal (front +) Y: lateral (right +) Z: vertical (up +). Weight and CG (for reference construction only) Weight distribution: 30% front, 70% rear. CG height: 270 mm above ground at vehicle centerline (X = 0, Y = 0, Z = 270). Front suspension side‑view swing arm geometry Side‑view swing arm length (front SVSA): 950 mm. Side‑view swing arm height (front SVSAH): 110 mm (rise from tire contact patch to Instant Center). This gives swing arm angle φ_f ≈ 6.60° (tan φ_f ≈ 0.115789). Use this to construct the front Instant Center in side view. Rear suspension side‑view swing arm geometry (for a second module) Side‑view swing arm length (rear SVSA): 820
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Anonymous1773753469
Anonymous1773753469