Explore lightweight design
Investigate a preliminary swing-arm geometry for potential use on a radio-controlled vehicle.
PROJECT / 02 · LIMITED PUBLIC PREVIEW
Topology-Optimized
Swing Arm.
A preliminary swing-arm geometry for a radio-controlled vehicle concept, developed as an exploration of lightweight mechanical design.
Current versionDraft concept printable with conventional 3D equipment
Potential next stepTitanium laser-based additive manufacturing
StudyPreliminary static assessment; not final validation
3D / CONCEPT PREVIEW
Explore the refined 3D preview.
Explore a reworked 3D preview of the current shape, prepared for interactive viewing on the web. The source OBJ/STL, exact dimensions and full simulation report are not distributed.
Drag to rotate · Scroll or pinch to zoom
Reconstructed public mesh without dimensions or CAD source. The displayed geometry can still be extracted or reconstructed.
Load the model to rotate and zoom. A static preview is also available.
STATIC ANALYSIS / SELECTED EXCERPT
Selected static simulation excerpt
The available static analysis was prepared using material assumptions different from titanium. The image is shown only to illustrate an early assessment, not to demonstrate structural validity of a future titanium part.
PRELIMINARY / LIMITED VIEW
The present model is a preliminary draft intended for conventional 3D printing. Titanium additive manufacturing is a future concept, not an implemented or validated manufacturing solution.
Project at a glance
Preliminary analysis
The static excerpt uses material assumptions different from titanium. It does not validate a future metal component.
A future version
The current draft is intended for conventional 3D printing. Titanium laser-based additive manufacturing remains a possible future development.
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