Welcome, Preview

BEFORE WE BEGIN

The industry is enforcing a fallacy: that better engineering is the answer.

Before you take the Diagnostic, here are four things we see across every robotics engagement. They're the reason this diagnostic exists.
01
WHAT WE SEE
Generic formsand clunky motion.
02
HOW THE INDUSTRY RESPONDS
More features, moresensors, more AI.
03
WHAT TEAMS COME TO BELIEVE
Engineering leads. Design polishes.
04
THE DEEPER REALITY
Function is just the start.

Now let’s turn the mirror on your robot

The purpose-built diagnostic.

Twelve questions across five categories. Answer honestly. The places where you stumble are almost always the place where design can do its most valuable work.
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Category
Purpose
01
Can you describe your robot's single most important job inone sentence without using the word 'and'?
If the sentence needs an 'and,' you have two robots competing for the same body.
Add context (optional but encouraged)
Name the feeling. If you're torn between several, that's worth noting here.
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1
Can you describe your robot's single most important job in one sentence without using the word 'and'?
If the sentence needs an 'and,' you have two robots competing for the same body.
Add context (optional but encouraged)
What's the one sentence? Fill it in here.
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2
If you removed every feature except that one job, would the product still be worth buying?
Anything not serving the primary job is a distraction or a debt.
Add context (optional but encouraged)
Which features are you most afraid to cut? Those are usually the ones worth questioning.
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3
Can you name the human your robot is replacing, assisting, or extending?
If you cannot picture a specific person, you are designing in the abstract.
Add context (optional but encouraged)
What's their day like without your robot, and what changes when it arrives?
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4
Within three seconds of seeing your robot, would a stranger know whether to approach or step back?
Robots that confuse people on first contact never recover. Clear signals are not optional.
Add context (optional but encouraged)
What's the first reaction you've actually observed?
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5
Can you describe the specific emotional state your robot should put users in during normal operation?
'Good' is not an answer. Think calm, confident, curious, safe, etc.
Add context (optional but encouraged)
Name the feeling. If you're torn between several, that's worth noting here.
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6
Does your robot's failure mode feel safe, or does it feel scary?
Good' is not an answer. Calm. Confident. Curious. Safe. Pick one and defend it.
Add context (optional but encouraged)
Name the feeling. If you're torn between several, that's worth noting here.
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7
Could you describe the exact physical environment your robot lives in, down to lighting and acoustics?
A robot designed for a generic space will feel wrong in every real space. Specificity is the only path to rightness.
Add context (optional but encouraged)
Be specific: flooring, ceiling height, lighting, noise level, foot traffic.
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8
Does your robot's form respect the scale of the humans and spaces around it?
Too large and it looms. Too small and it becomes invisible or gets stepped on. Scale is a decision, not a default.
Add context (optional but encouraged)
How did you land on the current size? Was it a deliberate decision or an engineering default?
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9
Would your robot's design still work in a different country or culture without changes?
If no, that is fine. But you should know which market the design is for and why.
Add context (optional but encouraged)
Which market are you designing for first, and have you tested outside of it?
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10
Can you describe how your robot moves in words, not just in specs?
'Deliberate.' 'Cautious.' 'Playful.' 'Industrial.' Motion has personality. If you cannot name yours, you have not designed it.
Add context (optional but encouraged)
Give us the adjectives. If your team uses different words to describe the motion, that's a signal.
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11
Does your robot's motion match its job?
A cleaning robot that moves like a dancer is confused. A companion robot that moves like a forklift is broken.
Add context (optional but encouraged)
What does the motion look like right now, and what do you wish it looked like?
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12
Do you know your target BOM, and does the current design respect it?
Cost is a design constraint, not an afterthought. A design that ignores cost is a design that will not ship.
Add context (optional but encouraged)
What's the number, and where is the current design exceeding it? Be honest — we've seen it all.
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