Functional And Looks-Like Prototypes, Built To Be Tested.
From rough proof-of-concept to investor-ready, looks-like-final prototypes — built fast, and built to actually tell you the truth about your product.
Why Prototypes Mislead Founders
- ✕ Prototypes that look finished but don't function
- ✕ No test plan before the build starts
- ✕ One prototype standing in for user testing and investor pitch
- ✕ Materials chosen for appearance, not for the test
- ✕ No iteration loop between builds
- ✕ 3D prints that don't match final CAD geometry
- ✕ Feedback collected too late to act on
What Success Looks Like
What We Deliver
Functional Prototypes
- Working mechanisms
- Electronics integration
- Test-ready builds
Looks-Like Models
- Finish-matched
- Presentation ready
- Investor-grade
Test Documentation
- Test plan
- Findings report
- Iteration log
Support
- Design revisions
- 3D printing
- Manufacturing handoff
How It Works
Discovery
We agree what the prototype needs to prove — function, form, or both.
Research
Materials and build methods are chosen to match the test, not just the budget.
Design
Prototype-specific CAD adjustments made for the build method used.
Review
You approve the build plan before fabrication starts.
Delivery
A physical prototype, with a written test plan attached.
Support
We iterate the build based on what testing reveals.
Proof, Not Promises.
Lawn Mower Replacement Part
Early-Stage Product Prototype
Three Things We Never Skip.
Engineering
Everything is built for manufacture, not just for the render.
Design
Beautiful products and interfaces customers actually remember.
Strategy
Positioned correctly from day one, so the market meets you halfway.
Questions, Answered.
A functional prototype proves the mechanism works; a looks-like prototype is finished to presentation quality for pitching or user perception testing. We build either, or both.
Simple single-part prototypes can be printed within days; multi-component functional builds typically take 2–4 weeks.
Yes, where the product requires it, we integrate basic electronics into functional builds.
Yes — this is a common starting point, especially for replacement or legacy components.
Findings are fed back into the CAD, and we can move straight into a manufacturing-ready revision.
Where Clients Go Next.
Whether you're starting from an idea,
improving an existing product,
or preparing for manufacturing —
we're ready.