3D Printed Sensor Mount Design
Your sensor doesn't sit where it needs to. A small printed part could fix that.
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Venture In
Wero
Observe
Kite
Infer
Whakaaro
Create
Auaha
Evaluate
Tohu
Evidence you will build
- Fabrication brief with specifications
- CAD model (v1 and v2)
- Technical drawing
- Before/after performance dataset
Why this matters
Reliable sensor placement turns messy field data into evidence communities can act on — mounts are small but decisive.
What you will investigate and collect
You will design and print a sensor mount that solves a real problem from your earlier investigation. Whether your printed mount actually improves sensor reliability — and what design choices made the biggest difference. Before-and-after reliability measurements, design notes, and photos.
- Date and time
- Mount version
- Reading
- Notes
What you might make or share
- Design rationale one-pagerData product
Link sketches to evidence with a concise shareable artefact
Translates iterative notes into something others can scrutinise.
What you will investigate
You will design and print a sensor mount that solves a real problem from your earlier investigation.
What you will collect
Date and time, Mount version
What you might make or share
A mount file, a fit-test write-up