What we do
We turn concepts into manufacturable hardware.
For defence and UxV teams moving from concept to production, we engineer hardware for manufacturability - reducing redesigns, scrap and costly production delays.
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Answer two questions so we can understand the platform, development stage and engineering support required.
What we prevent
Small design decisions can become tooling changes, scrap and missed deadlines. We identify them early, while they are still inexpensive to correct.
Too many custom parts increase BOM cost, tooling complexity and assembly time. We simplify and standardise before production is committed.
Interferences, tolerance stack-ups and sequence issues surface during integration. We resolve them earlier through proper fit and assembly planning.
Incomplete or inconsistent drawings and BOMs lead to fabrication errors and unnecessary rework. Production-ready documentation prevents them.
Engineering support from concept to production. We start with manufacturability, then develop the drawings and documentation required to execute it correctly. Engagements are scoped per project and can be delivered as contractor, subcontractor or consultant support.
We identify cost drivers, assembly risks and production issues before tooling or manufacturing is committed.
2D drawings, 3D models, assemblies, BOMs and CNC-ready files prepared for clear, repeatable production.
Senior engineering support for demanding projects, tight deadlines and critical design decisions.
We turn designs into functional prototypes, validate assembly and refine the design for reliable production.
AI integration
We use AI where it adds measurable value: exploring design options, identifying DFM issues earlier and accelerating production documentation - with senior engineering judgement at every stage.
AI-assisted iteration broadens the design space, so more concepts can be evaluated before tooling.
Automated checks flag cost, assembly and failure risks earlier in development.
Models become drawings, BOMs and production documentation with less manual effort.
More than 15 years of CAD and mechanical design experience, including seven years in aviation working directly with aircraft as both mechanic and engineer. Five years developing unmanned systems across air, ground and underwater applications have added full-cycle experience - from concept and CAD through manufacturing, integration and testing. D0 Engineering brings that experience into every engagement, supported by a trusted network of specialists when additional capability is required.
Selected work
Real platforms, developed through hands-on engineering, manufacturing and testing — not concepts that never left the screen.
A compact FPV platform engineered for rugged field use, repeatable production and rapid deployment.
Challenge
Solution
Extended-endurance airframe developed for efficient flight, stable integration and field operation.
Rugged folding architecture engineered for deployment, transport efficiency and operational use.
Production-ready FPV platform refined for repeatability, durability and consistent end-user performance.
Sealed underwater system engineered end to end, from mechanical architecture through integration and testing.
D0 Engineering is most effective when hardware is moving toward production, deadlines are tight, or specialist engineering capacity is needed without expanding the permanent team.
DFM, documentation and manufacturing support to move hardware forward without unnecessary redesign cycles.
Additional senior engineering capacity to protect schedule, budget and technical quality during execution.
Experienced engineering support for overloaded teams, critical reviews and short-term capability gaps.
We bring the DFM and production judgement needed to turn a promising design into manufacturable hardware.
How we work
Start with a focused technical review to identify manufacturability risks before committing to tooling or production.
Share one production-bound component. We identify manufacturability risks and define the most valuable next steps.
We optimise cost, assembly and manufacturability, then develop the documentation required for production.
We refine the design for repeatable manufacturing and support the transition from prototype to production.
Send one production-bound part for an initial technical review. We’ll identify manufacturability risks, cost drivers and potential production issues before they become expensive.
Prefer to discuss the project first? Book a short technical call.
Confidential projects welcome. NDA available on request.