Defence & Military ยท Electronics

The bus is where secrecy meets physics.

PCB

design through integration; schematics, layout, and bring-up owned by VOA engineers for the electronics we deliver

Custom boards, harness strategy, and avionics-facing interfaces engineered in Europe to match national LRUs and mission buses; coordinated with VOA simulation software and cockpit hardware so signal integrity, grounding, and configuration control stay one programme thread.

Discuss Your Requirements
The Problem

If you do not own the netlist, you do not own the device.

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Foreign integrators in the LRU loop

Tier 1 simulation stacks often require offshore vendor access to gateways, firmware, or diagnostic paths that touch national avionics behaviour. That is incompatible with how classified programmes are supposed to stay contained.

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Black-box I/O bricks

Franchised interface modules hide timing, failure modes, and revision history. Sustainment organisations inherit a part number, not an engineering basis they can audit under national oversight.

๐Ÿ”€
Simulator wiring โ‰  aircraft truth

When pin-to-pin mapping is approximated, negative transfer shows up first where crews expect LRU fidelity: bus faults, discrete edge cases, and undocumented coupling paths.

The VOA Answer

In-house electronics; designed for buses your programme actually flies.

VOA is not a catalogue I/O reseller. We design boards, specify harness segmentation, and integrate with the simulation stack and cockpit structure as one engineering organisation; the layering defence buyers need when EDIS and MOSA narratives must be reflected in metal and copper, not only in slides.

European PCB design ownership; documentation and revision discipline compatible with national sustainment and export-control process

ARINC 429, ARINC 664 (AFDX), and proprietary or national buses; scoped with your ICD and safety constraints

Real instrument interfaces where the syllabus demands hardware-in-the-loop truth, not a simulated stub where the aircraft is not

Grounding, shielding, and EMI-aware layout practices for training devices that run long duty hours in national facilities

Firmware and bring-up coordinated with software teams; no imaginary wall between IO cards and the IOS

Mechanical and connector reality aligned with hardware; the bay you build is the bay we wire

In this segment

Electronics closes the loop between software and the real LRU.

Continue to simulation software, cockpit hardware, and the certification evidence that binds configuration to qualification.

Software
Engine, IOS & scenarios

Consumes bus words and discretes the way your training authority expects; sovereign update path.

Military software โ†’

Hardware
Cockpit & device structure

Hosts LRU bays, control loading, and harness routes sized for defence duty cycles.

Military hardware โ†’

Certification
Evidence & configuration

Revision-controlled electronics artefacts feed the qualification thread for your regulator or assurance model.

Military certification โ†’