Electronics for systems that can't fail. Designed, built and tested in-house.
We design the electronics inside our own unmanned systems — and build the same for clients in defense, motorsport and industry. From system architecture to tested boards, with mechanics and firmware developed by the same team. No hand-offs, no integration gaps.
Our own flight controllers and autonomous carrier boards are in service across 4 Ozmec platforms.
EU-based design & assembly · QMS aligned with EN 9100 (certification in progress) · NDA on request
- PCB layers, designed in-house
- 8
- Custom boards, schematic to field
- 45+
- Typical spec to first prototype
- 2-3WK
- Ozmec platforms on our electronics
- 4
Proven in our own systems.
We don't just design boards for clients. We design the boards our own systems depend on — and every lesson from field testing goes back into your project.
What we design.
Board design
Multilayer boards that fit the enclosure — not the other way round.
- Up to 12 layers, HDI blind & buried vias
- Controlled impedance, length-matched routing
- DFM / DFT reviewed with our assembly line
- Altium — native files delivered
Power electronics
Clean, protected power from battery to every rail.
- Input 600 V, up to 200 A continuous
- Motor control electronics / ESC design
- Reverse-polarity, over-current, transient protection
- Thermal design verified by measurement
Sensors & compute
Sensing and processing on one integrated architecture.
- IMU, GNSS, barometer, magnetometer
- Camera & payload I/O for Jetson-class compute
- Sensor redundancy and fault detection
Interfaces
Signal integrity and EMC considered from the first schematic.
- UART
- SPI
- I²C
- CAN / DroneCAN
- USB
- Ethernet
- MIPI CSI
- LVDS
- MAVLink
- RF / datalink
- Telemetry & data logging
Designed for vibration, temperature and interference. Not for the lab bench.
Electronics in defense, motorsport and industry fail in the field — under vibration, heat and interference — not in simulation. We design against the environment from day one — and verify it before you see the board.
- Environmental
- Designed with MIL-STD-810 / DO-160 conditions in mind: vibration, shock,, humidity
- EMC
- EMC-aware layout; pre-compliance scans to MIL-STD-461 / EN 61000, in-house / partner lab.
- Workmanship
- Assembly to IPC-A-610 Class 2 / 3; soldering to IPC J-STD-001
- Protection
- Conformal coating, potting, ruggedised connectors on request
- Quality system
- QMS aligned with EN 9100 — certification in progress, target quarter / year.
European by design. Yours by contract.
EU engineering & assembly
Designed and built in Ormož, Slovenia. No dependency on restricted suppliers for critical components. NDAA-compliant selection on request.
Lifecycle & obsolescence
Components chosen for long-term availability, qualified alternates in every BOM, full traceability from part to board.
Your IP stays yours
Design files, source and documentation transfer to you under agreed terms. NDA from the first call.
Controlled handling
Restricted access to project data, version-controlled designs, export-control awareness / ITAR-free design.
From requirement to tested board in five steps.
Come with a concept, a full specification, or an existing board that needs a redesign. Every phase ends with a review and a clear go / no-go.
- 01
Discovery
Requirements, environment, interfaces, constraints. NDA signed.
- 02
Architecture & schematic
Block diagram, component selection, power budget. Design review with your engineers.
- 03
Layout & mechanical fit
PCB co-designed with enclosure and thermal solution. DFM review.
- 04
Prototype & bring-up
Assembly, staged bring-up, functional and interface tests.
- 05
Validation & handover
Characterisation, environmental and EMC pre-checks, production test prep, full documentation.
Need us to stay on? Small-series production, revisions and long-term maintenance.
What you receive.
A complete, production-ready data package — so you can build with us, or without us.
- Design data
- Schematics (PDF + native), PCB layout, 3D STEP model
- Manufacturing package
- Gerber / ODB++, drill files, stack-up, fab notes
- Assembly package
- BOM with qualified alternates, pick-and-place, assembly drawings
- Tested hardware
- prototype boards, bring-up and functional-tested
- Test & validation reports
- Bring-up log, measurements, characterisation, pre-compliance results
- Production test
- Test procedure, fixture specification and test software.
Before you ask.
Can you work from our existing design?
Yes. We review, redesign or re-spin existing boards — including obsolescence replacements and size or weight reductions.
Who owns the design?
You do, under the agreed contract terms. Native files and full documentation are part of the delivery.
Do you sign an NDA before we share requirements?
Yes. Send us your NDA or use ours — we can sign before the first technical call.
Can you also produce the boards?
Yes. Prototypes and series through our in-house assembly and qualified EU partners.
Are you EN 9100 certified?
Not yet. Our quality system is aligned with EN 9100 and certification is in progress, target quarter / year.
What is a typical project size and timeline?
From 2 weeks for a single board to X months for a full system. We give a fixed proposal after discovery.
Send us your requirements. Talk to an engineer, not a sales desk.
Share a spec, a block diagram or just the problem you need solved. An engineer from our electronics team replies within 2 working days — under NDA if you need it.