Hardware product development

From concept to
manufacturable
hardware

Whether you have a napkin sketch or a near-finished design — we can help develop it, validate it, or get it across the line for manufacture.

From first idea to production — or anywhere in between.

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Enter at any stage

From a napkin sketch to a near-finished design ready for production — the six-stage process below applies wherever you start. Nothing is wasted; we pick up from where you are.

The process

Six stages from concept to launch

Iterative and Nothing committed before it's validated. Enter at any stage.

Requirements & Concept

Requirements, feasibility, and preferred concept — with manufacture in mind from day one.

Requirements specFeasibilityConcept design

Design & Validation

Detailed CAD and engineering analysis. Tolerances, geometry, and materials decided with production in mind throughout.

3D CADStructural analysisDrawingsBOM

Prototype & Test

Prototype builds to validate performance. Results feed directly back into design — stages 2 and 3 often iterate.

Prototype buildTest planTest resultsRevisions

Production Readiness

DFM review, tolerance optimisation, and supplier alignment before tooling is committed.

DFM reviewUpdated CADProduction specCost review

Manufacturing Support

Supplier coordination, first article inspection, and sign-off before volume commitment.

Supplier coordinationFirst articleSign-off

Launch & Improvement

Engineering handover, documentation, and ongoing support for future iterations.

Engineering handoverDocumentationOngoing support

This is an iterative process, not a linear one

Each stage informs the others — concept feeds manufacture thinking, prototype results revise the CAD. Nothing is siloed. Enter at any stage.

Capabilities

What we bring

Structurally sound, manufacturable at cost, and usable in practice — DFM and unit economics considered from concept, not bolted on before tooling.

Concept design & CAD

From brief or sketch to detailed 3D CAD — SolidWorks, Fusion 360 — with toleranced 2D manufacture drawings.

Structural analysis (FEA)

Load case development, FEA, safety factor assessment, and failure mode identification.

Weight & topology optimisation

Topology studies to reduce mass without compromising structural performance — high value for EV and performance hardware.

Reverse engineering

CAD from physical hardware where no digital files exist — legacy parts, OEM components, supplier samples.

Prototyping & manufacture sourcing

3D printing, CNC, and fabrication coordination. Supplier sourcing for low-volume and production.

DFM & production readiness

DFM review against real supplier constraints — tolerances, processes, cost, and assembly.

Regulatory & standards support

AS/NZS, CE, ADR, and ISO standards navigation. Load case development and testing lab coordination.

Failure analysis

Root cause analysis for in-field or in-production failures — structural, weld defect, and wear-based.

Technical documentation

Assembly instructions, service manuals, parts catalogues, and calculation reports for production and compliance.

Most clients don't realise this applies

Recover a portion of your development costs through the R&D Tax Incentive

Prototyping, testing against uncertain outcomes, and design iteration are exactly the kind of activity the Australian R&D Tax Incentive is designed to support. If we've developed your product, there's a good chance it qualifies.

We're not tax advisors — we prepare the engineering evidence trail your accountant needs to support a claim.

Ask if you qualify →

Example projects