Manufacturing, integration and service at Falcron are not three separate offerings stitched together — they are one engineering practice, applied at whichever stage a programme needs it. The same drawing discipline, the same tolerance control and the same documentation trail run through all three.
Falcron manufactures components and hardware to print, holding every dimension to the tolerance the drawing calls for. Manufacturing engineering starts at the drawing review — checking manufacturability, flagging ambiguity, and setting the process plan — before a single part is cut.
Every batch is built against a defined process plan, with dimensional records kept from first article through to final delivery — so a part manufactured today is repeatable next quarter, and every deviation is caught before it ships.
Build-to-print and build-to-spec both run under the same control: the drawing sets the standard, and the process plan holds the line to it.
Where a requirement spans more than one discipline, Falcron engineers the interfaces and integrates the result into a single working system — mechanical structure, electrical wiring and electronic hardware brought together under one build and one test plan, not handed between vendors.
Integration engineering at Falcron starts with the interface, not the parts list: how a component connects, tolerates and performs alongside every other component in the system is defined before assembly begins.
Every integrated assembly is functionally tested and signed off against its acceptance criteria before it is called complete.
Falcron provides engineering and technical support across design, build and sustainment — scoped to what a programme actually needs at that stage, rather than a fixed package. That can mean design support on a new component, build support on an existing one, or sustainment support once a system is fielded.
Every engagement starts with a scoping conversation, not a standard rate card — the service is matched to the programme, and the deliverable is agreed before the work starts.
The same engineers who manufacture and integrate also provide the service — so support carries the context of how the hardware was actually built.
One process runs underneath all three capabilities — the stage changes, the discipline doesn't.
Drawing and requirement review, manufacturability and interface checks before work is scoped.
Process plan, tooling and test plan defined against the specification.
Manufacture, assembly and integration carried out to the defined process plan.
Dimensional and functional verification, with records kept against every deliverable.
Delivered with the documentation the programme needs to accept and trace it.
Share the drawing or the problem — we'll tell you where it fits across manufacturing, integration and service.
