Defence & Military · Hardware
The device has to outlive the procurement slide deck.
hardware design horizon defence buyers plan against; demo-grade trainers fail long before that line
Cockpit structures, control loading, and device chassis engineered in Europe for operational utilisation; modular where the mission demands refit, dense where the syllabus demands fidelity, and owned by the same engineering entity as your simulation software and electronics.
Discuss Your Requirements
Closed cabinets export sovereignty one spare part at a time.
When structure, actuation, and interface geometry are proprietary, every field modification routes through an offshore OEM. That is a logistics and security constraint, not an engineering feature.
Panels and mechanisms sized for exhibition hours will not hold instructor-led tactical throughput. Negative transfer begins when hardware slack and wear diverge from the aircraft students will fly.
If the cockpit cannot be re-partitioned when avionics or weapons trainers change, the programme buys a new box; or accepts an obsolete training mock. Neither outcome matches MOSA intent.
Operational-grade metal; designed beside the code and the PCBs.
VOA manufactures cockpit and device hardware for real training loads: materials, ergonomics, control loading, and integration interfaces are specified with the software and electronics teams in the loop, so defence programmes get a coherent device, not a franchised shell bolted to someone else's stack.
European in-house fabrication; supports sovereign supply-chain and EDIS-style narratives where programmes must show European industrial contribution
Modular cockpit architecture; panels and assemblies evolve when the platform or training mandate changes
Control loading and force-feel engineered to syllabus, not a lowest-cost default curve
Visual system channels specified per programme; projection, VR, or mixed reality commissioned as part of the device when required
Documentation that fits maintenance orgs; drawings, BOM discipline, and change control compatible with national engineering ownership
Integrated with software and electronics from day one; hardware geometry follows interface reality, not a late retrofit
