3D CAD Model from 2D Robotic Leg Drawings - 23/09/2025 10:22 EDT
Budget: $250 – $750 AUD
Title:
Convert 2D Patent Drawings (XPeng Humanoid Leg) into 3D CAD Model
Description:
I have a Chinese patent PDF (CN119262120A) that contains 2D line drawings of a humanoid robotic leg and ankle structure. The figures show the calf support, foot support, ankle joint, and dual linear actuators.
I need a skilled CAD designer to:
Convert these 2D patent drawings (Figures 1–7) into a 3D CAD assembly.
Model all key parts: calf support, foot support, ankle joint, actuators, and mounting brackets.
Assemble the model with realistic joint constraints (hip, knee, ankle).
Simulate actuator extension/retraction to verify ankle movement around two axes.
Deliver editable CAD files (STEP, IGES, SolidWorks, or Fusion 360).
Provide STL/FBX files for visualization.
Requirements:
Experience with mechanical CAD design (SolidWorks, Fusion 360, or similar).
Ability to work from 2D sketches without full dimensions (you may need to scale/estimate proportions).
Familiarity with robotic leg mechanisms is a plus.
Deliverables:
Editable parametric CAD files (STEP/IGES/SolidWorks).
STL/FBX files for visualization.
Basic motion test/animation showing actuator-driven ankle movement.
Convert 2D Patent Drawings (XPeng Humanoid Leg) into 3D CAD Model
Description:
I have a Chinese patent PDF (CN119262120A) that contains 2D line drawings of a humanoid robotic leg and ankle structure. The figures show the calf support, foot support, ankle joint, and dual linear actuators.
I need a skilled CAD designer to:
Convert these 2D patent drawings (Figures 1–7) into a 3D CAD assembly.
Model all key parts: calf support, foot support, ankle joint, actuators, and mounting brackets.
Assemble the model with realistic joint constraints (hip, knee, ankle).
Simulate actuator extension/retraction to verify ankle movement around two axes.
Deliver editable CAD files (STEP, IGES, SolidWorks, or Fusion 360).
Provide STL/FBX files for visualization.
Requirements:
Experience with mechanical CAD design (SolidWorks, Fusion 360, or similar).
Ability to work from 2D sketches without full dimensions (you may need to scale/estimate proportions).
Familiarity with robotic leg mechanisms is a plus.
Deliverables:
Editable parametric CAD files (STEP/IGES/SolidWorks).
STL/FBX files for visualization.
Basic motion test/animation showing actuator-driven ankle movement.