High-Detail SolidWorks Parametric Model
Budget / Salary$30–250
TypeFreelance project
LocationRemote
Posted1 hour ago
I need a SolidWorks parametric model of a new product concept completed within one week. The file must be built for easy editing, so every critical dimension as well as key shape features can be driven by parameters, equations, or a design table. Please structure the feature tree cleanly and label dimensions so I can locate and adjust them without hunting through sketches.
The end result has to look production-ready—fillets, draft, accurate wall thickness, mounting bosses, the works—because it will flow straight into downstream rendering and rapid-prototyping steps. Material can stay generic for now; the priority is geometry fidelity.
Deliverables
• Native SolidWorks file (.SLDPRT or .SLDASM if it ends up as an assembly) with all parametric controls active
• A short PDF or TXT note that lists each primary driving dimension / feature name and explains how to update it
• Optional: one or two JPEG screenshots of the completed model for quick reference
Acceptance criteria
• All specified dimensions and shape features update correctly when I change their values
• No rebuild errors after parameter changes
• File opens in SolidWorks 2020 or later without missing references
If anything in the brief is unclear, let me know on day one so we keep the timeline intact.
Contract: Parametric NK1045 Grip Module — SolidWorks
Scope of work: Design a full parametric grip module for the NK1045 in SolidWorks, built to the geometry of the provided STEP file. All functional dimensions are measured from the STEP file. The overall length is confirmed at 204 millimeters.
Timing: Designer delivers the first parametric version by Monday morning. Client has 24 hours to review and submit changes; designer completes them within 24 hours. This cycle repeats until the client confirms the design is final.
Deliverables:
1. Native .SLDPRT file — not a STEP, STL, or screenshot.
2. 2D drawing for CNC machining — all critical dimensions and tolerances marked (FCU channel, dovetail, mag release hole, serial hole, overall length), delivered as a native SolidWorks drawing file plus PDF.
3. Feature tree screenshots, expanded, showing each as a separate editable feature: trigger guard (three shapes per reference pictures), enhanced dovetail, body length and width, diamond grip pattern, logo (per reference picture), serial number hole (right side only), mag release hole (parametric, adjustable 2.5–3.5 mm), FCU pocket, magwell, and all other geometry.
4. Test print measured against the client’s existing grips and a real FCU before payment.
Revisions: Revisions caused by incorrect measurements or features that don’t match the STEP file are fixed at no cost, with no cap. Design changes requested by the client are separate and billed as enhancements.
Payment: Due only after 3D printing and measurements confirm everything. Any dimension fixes completed before final payment at no additional cost.
Ownership: All work solely owned by the client. Not for copy or resale by the designer.
The end result has to look production-ready—fillets, draft, accurate wall thickness, mounting bosses, the works—because it will flow straight into downstream rendering and rapid-prototyping steps. Material can stay generic for now; the priority is geometry fidelity.
Deliverables
• Native SolidWorks file (.SLDPRT or .SLDASM if it ends up as an assembly) with all parametric controls active
• A short PDF or TXT note that lists each primary driving dimension / feature name and explains how to update it
• Optional: one or two JPEG screenshots of the completed model for quick reference
Acceptance criteria
• All specified dimensions and shape features update correctly when I change their values
• No rebuild errors after parameter changes
• File opens in SolidWorks 2020 or later without missing references
If anything in the brief is unclear, let me know on day one so we keep the timeline intact.
Contract: Parametric NK1045 Grip Module — SolidWorks
Scope of work: Design a full parametric grip module for the NK1045 in SolidWorks, built to the geometry of the provided STEP file. All functional dimensions are measured from the STEP file. The overall length is confirmed at 204 millimeters.
Timing: Designer delivers the first parametric version by Monday morning. Client has 24 hours to review and submit changes; designer completes them within 24 hours. This cycle repeats until the client confirms the design is final.
Deliverables:
1. Native .SLDPRT file — not a STEP, STL, or screenshot.
2. 2D drawing for CNC machining — all critical dimensions and tolerances marked (FCU channel, dovetail, mag release hole, serial hole, overall length), delivered as a native SolidWorks drawing file plus PDF.
3. Feature tree screenshots, expanded, showing each as a separate editable feature: trigger guard (three shapes per reference pictures), enhanced dovetail, body length and width, diamond grip pattern, logo (per reference picture), serial number hole (right side only), mag release hole (parametric, adjustable 2.5–3.5 mm), FCU pocket, magwell, and all other geometry.
4. Test print measured against the client’s existing grips and a real FCU before payment.
Revisions: Revisions caused by incorrect measurements or features that don’t match the STEP file are fixed at no cost, with no cap. Design changes requested by the client are separate and billed as enhancements.
Payment: Due only after 3D printing and measurements confirm everything. Any dimension fixes completed before final payment at no additional cost.
Ownership: All work solely owned by the client. Not for copy or resale by the designer.
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