What Happens Between the Sketch and the Show
A creative concept sketch and a working, reliable physical mechanism can look similar on paper but represent months of difference in engineering effort. Understanding the stages in between helps agencies and clients plan realistic timelines and recognise where the genuine risk in a project sits.
This isn't a linear handoff so much as a series of feedback loops, each one refining the design against constraints the previous stage revealed.
Stage One: Concept and Constraint Gathering
Before any engineering begins, our development process establishes the real constraints — venue, budget, cycle count, safety requirements, timeline — that will shape every decision downstream.
- Creative intent capture — understanding what the moment needs to feel like, not just look like
- Environmental constraints — indoor or outdoor, power availability, space limitations
- Duty cycle requirements — how many times a day, over how many days
- Safety parameters — public proximity, participant contact, unsupervised operation
Stage Two: Mechanical Concept and Rough Prototyping
Early prototypes are deliberately rough — proving a mechanical principle works before investing in finished components. This stage exists specifically to fail cheaply and quickly rather than discovering fundamental problems after fabrication.
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Stage Three: Integration Prototyping
Once the mechanical principle is proven, electronics and control logic get integrated on the rough prototype. This is where the cross-disciplinary coordination discussed elsewhere becomes critical — mechanical, electronic and software elements come together for the first time and inevitably surface friction points that pure mechanical or pure software testing couldn't reveal.
Stage Four: Cycle Testing and Refinement
The prototype gets run far beyond a single demonstration to surface wear points, timing drift and edge-case failures before committing to final fabrication. Components that fail here get respecced now, while changes are cheap, rather than after final builds are complete.
Stage Five: Final Fabrication and Commissioning
Only once the mechanism has proven itself through repeated testing does final fabrication begin, incorporating everything learned from prototyping. On-site commissioning through our partnership delivery then validates the finished mechanism in its actual deployment environment before it ever faces a public audience.
