expertise — engineering · prototyping
Prototypes that answer questions.
Every build here exists to retire a named risk — not to decorate a milestone. Works-like, looks-like and instrumented test rigs, run in fast rounds, judged against requirements.
who this is for
Before the expensive commitments.
Founders who need to know if the idea survives contact with physics before raising on it. Teams choosing between architectures who'd rather spend a week on rigs than a quarter on regret. Product owners heading toward tooling who want the ergonomics, the mechanism and the story proven first. If the next decision is expensive, a prototype is the cheapest way to make it well.
what we build
The right build for the question.
Works-like
Function without beauty: mechanisms, breadboards and mules that prove the physics — force, flow, thermal behaviour, battery life — while the geometry is still cheap to change. The answer you need before any styling money moves.
Looks-like
Form without function: appearance models with production-intent surfaces, finishes and weight, for grip trials, stakeholder decisions and early photography. What the product will feel like to hold and to judge — before it exists.
Works-like-looks-like
The dress rehearsal for tooling: function and form in one build, assembled the way production intends. The prototype that finds the collisions between the mechanism and the enclosure while they cost hours, not tool steel.
Instrumented rigs & test
Prototypes wired to tell the truth: force, cycle, drop, ingress and thermal testing with data logged against requirements. Trials with real users in real conditions — gloves, noise, interruption — because the lab is kind and the field is not.
Pilot builds
Short assembly runs that rehearse production: build sequence, fixtures, time-per-unit and the assembly surprises no single prototype reveals. The bridge between "the prototype works" and "the line will work" — and the natural first step into manufacture.
- Each build scoped against the named question it retires
- Test data tied to requirements, not vibes
- A straight recommendation after every round — including "stop"
- CAD and learnings handed over; the prototype file is yours
straight answers
Asked often.
Which prototype do I need — works-like or looks-like?
Works-like answers engineering questions with function and ignores beauty; looks-like answers form, feel and stakeholder questions without function. Most programs need both, then a works-like-looks-like build before tooling. We name the question first, then pick the cheapest build that answers it.
How many prototype rounds will it take?
As many as there are open questions, and no more — each loop is scoped and priced against the question it retires. Programs converge fast once the risky questions are sequenced first.
Can we start with prototyping before committing to a full program?
Yes. Prototype-first engagements are common: we take your existing CAD or sketches, agree the questions, and build. If the results say stop, that's a cheap answer well bought.
works with
Where prototypes lead.
Prototyping sits inside the engineering practice and runs the Prove loop of our process: form from industrial design, interfaces from software, and — once the golden sample is earned — production through manufacturing in China.