Assembly - Front View
OrthographicPrimary view showing overall length, height, the four internal compartments/dividers, and end hook geometry. Essential for understanding the beam's longitudinal structure and load-bearing configuration.
AI Drawing Analysis
The cards below explain how the generated drawing outputs and assets connect to the final technical sheets.
Primary view showing overall length, height, the four internal compartments/dividers, and end hook geometry. Essential for understanding the beam's longitudinal structure and load-bearing configuration.
Shows the beam's width, the circular center feature (likely a lifting lug or attachment point), and the symmetrical hook positions at each end. Critical for understanding the transverse layout and hook spacing.
End view showing the cross-sectional profile of the beam, hook attachment details, and vertical dimensions. Necessary to communicate the beam's depth and the hook's vertical load path.
Magnified view of the left hook attachment showing the hook geometry, pin hole diameter, and connection details. Critical for verifying the 4-ton load capacity design and ensuring proper rigging compatibility.
Magnified view of the central lifting lug/attachment point showing its circular profile and any internal features. Important for load path verification and rigging point specifications.
Downloads
Each sheet available in PDF, SVG, and DXF. Click a format badge to download.
AI Transparency
The Marathon 3D→2D pipeline rendered 3 views of the 3D CAD model and passed them through our AI analysis engine.
The AI reasoned about the geometry, selected view candidates, and planned 0 section cuts to expose critical internal features. It also selected detail-view anchor points for local manufacturing-critical regions. The final drawing configuration was then generated automatically for sheet outputs in SVG, DXF, and PDF.
0 dimension references were mapped across sheets, with per-sheet labels, views, and extracted edge geometry.
These are 2D engineering drawings, not 3D files. Dimensions are extracted from the 3D geometry and should be verified against the source model before use in manufacturing.
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