Engineering-led supply for ArduPilot and PX4 builds - datasheets, parameter files and CAD models on request|Talk to an engineer
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ArduPilot / PX4 hardware supply

Autopilot platforms, and everything that has to plug into them

Flight controllers, carrier boards, GNSS/RTK, telemetry links, power modules and integration hardware - each listing carries the measured parameters an integrator actually needs, plus a verified compatibility record against the autopilot you fly.

Check compatibility with my autopilotBrowse the component catalogue
8
Autopilot platforms mapped
23
Components in catalogue
2
Firmware stacks verified
48h
Typical engineering response
Compatibility check - live preview
CubePilot Cube Orange+
19 components listed for this platform
Cube Orange+ AutopilotVERIFIEDNX Companion Computer for Autopilot IntegrationVERIFIEDAutonomy Carrier Baseboard for NX ModulesVERIFIEDHere4 GNSS / RTK Receiver (DroneCAN)VERIFIED
Run the full compatibility check

Compatibility, not guesswork

Every part is cross-checked against a named autopilot platform and firmware branch.

Integration-grade parameters

Interface types, voltage rails, CAN node behaviour, bus loads and mechanical data on every listing.

Engineering support

Wiring diagrams, parameter files and node-ID plans for your build - not a call centre.

Quoted, then dispatched

Stock and lead time confirmed with the quotation, shipped from Rotterdam or Newark.

Eight component families, one specification standard

Every listing carries the measured parameters an integrator actually needs - bus type, voltage rails, node behaviour, mechanical data - plus the autopilot platforms it has been verified against.

All components

Autopilot Platforms

Flight controllers, carrier boards and complete autopilot stacks for ArduPilot and PX4.

5 components1 types
Open family

Companion Computers

Edge computing modules and carriers that bridge MAVLink to vision, mapping and payloads.

2 components2 types
Open family

GNSS & RTK

Multi-constellation receivers, RTK base and rover sets, helical and patch antennas.

3 components2 types
Open family

Telemetry & Data Links

SiK radios, long-range modems, LTE bridges and MAVLink-over-IP links.

3 components3 types
Open family

Power & BEC

Sensing power modules, redundant rails, backup supplies and distribution boards.

2 components2 types
Open family

Sensors & Perception

Airspeed, optical flow, lidar altimeters and rangefinders for precision flight.

3 components3 types
Open family

Actuation & Control

DroneCAN ESCs, servo rail expansion and I/O breakout for larger airframes.

2 components2 types
Open family

Integration Hardware

Carrier boards, harnesses, CAN splitters, damping mounts and mechanical parts.

3 components2 types
Open family

Most specified components

The parts that appear most often in integration quotations, with the parameters that decide the rest of the airframe.

Highest rated
Cube Orange+ Autopilot
Reference platformFlight controllers3 configurations
CubePilotCP-APX-ORP

Cube Orange+ Autopilot

4.9(214)
  • STM32H757 dual-core
  • Triple-redundant IMU
  • 5 UART / 2 CAN
Verified for 1 autopilot platforms
Parameters
Pixhawk 6X Autopilot
Flight controllers3 configurations
HolybroCP-APX-6X

Pixhawk 6X Autopilot

4.8(176)
  • STM32H753
  • Redundant IMU + baro
  • Ethernet baseboard
Verified for 1 autopilot platforms
Parameters
SiK Telemetry Radio V3 (100 mW)
Best sellerSiK telemetry radios2 configurations
HolybroCP-TLM-SIK3

SiK Telemetry Radio V3 (100 mW)

4.7(356)
  • 100 mW
  • Transparent MAVLink
  • Air + ground pair
Verified for 8 autopilot platforms
Parameters

Start from the autopilot you fly

Every component is checked against a named platform and firmware branch. Pick yours and the catalogue filters itself.

Open the compatibility check
CubePilot Cube Orange+STM32H757 · ArduPilot / PX419Holybro Pixhawk 6XSTM32H753 · ArduPilot / PX418Holybro Pixhawk 4STM32F765 · ArduPilot / PX411CUAV Pixhawk V6XSTM32H753 · ArduPilot / PX417CUAV Pixhawk V5+STM32F765 · ArduPilot / PX414Matek Systems H743-SLIM V3STM32H743VIT6 · ArduPilot / PX412Matek Systems H743-WING V3STM32H743VIT6 · ArduPilot / PX413ARK Electronics ARKV6XSTM32H743 · ArduPilot / PX415

How we work with integrators

We are a supply and integration partner, not a web shop. The quotation is where the real work happens.

1. Send the platform and the airframe

Tell us the autopilot, the vehicle type and the interfaces you are using. We reply with a bill of materials.

2. We check the bus, not just the plug

CAN node IDs, I2C address conflicts, UART allocation, power budget and redundant-rail behaviour.

3. You get the pack

Parameter file template, wiring diagram, connector pinout and CAD step model for every part we quote.

4. One accountable supplier

Autopilot, GNSS, radios, power and harness on a single order, with a single warranty contact.

Browse by component type

Flight controllers, carrier boards, GNSS and RTK sets, radios, power modules, airspeed sensors, CAN ESCs and harnesses.

Flight controllers5Companion computers1Carriers & baseboards1GNSS receivers2RTK base & rover sets1SiK telemetry radios1Long-range modems1LTE / IP bridges1Power modules1Backup supplies1Airspeed sensors1Optical flow1Lidar & rangefinders1DroneCAN ESCs1Servo rail & I/O1Carrier boards1Cable sets & harnesses2

Questions we get asked

Compatibility, configuration, firmware branches, lead times and why there are no prices on this site.

How do I know a component is compatible with my autopilot?
Open the Compatibility page and select your autopilot platform. Every component that carries a verified record against that platform is listed, together with the interface it uses. Each product page also states explicitly what it is not compatible with - the near-misses that cost integrators time, such as Cube carriers versus Pixhawk 6X baseboards.
Why are there no prices on the website?
Because the number that matters depends on your configuration and your volume. A flight controller quoted as a bare unit, as a standard set, or as a bench-checked bundle with GNSS and power is three different prices. Send us the platform and the quantities and you get one quote with stock and lead time on it, usually within 48 hours.
Which firmware branches do you verify against?
ArduPilot stable and PX4. Where a part only works on one branch, that is stated in the specification table. For CAN peripherals we also note the bus rate and node behaviour, and we supply a parameter file template for the vehicle type you are building.
What are the minimum order quantities and lead times?
Most catalogue items ship from stock with a minimum order of one unit. Made-to-order items - carrier boards and bench-checked bundles - usually carry a minimum of five units and a lead time of 10 to 12 working days. Both are stated on the product page and confirmed with the quotation.
Can you supply custom harnesses, carrier boards or OEM branding?
Yes. Harness length, connector type and pinout changes are routine; we cut and terminate to your drawing. Carrier boards and OEM-branded units are quoted from a minimum of 50 pieces with a 4 to 6 week lead time. Send the drawing and we will come back with a buildable specification.
Do you supply parameter files, wiring diagrams and CAD models?
Every quotation includes the connector pinout and a parameter file template for your vehicle type. Step and DXF models are available for anything mechanical we supply - mounts, carrier boards and enclosures - so you can check clearances before the parts arrive.

Send us the platform and the airframe

Tell us the autopilot, the vehicle type and the interfaces you are using. You get a bill of materials with stock, lead time and volume pricing - usually within 48 hours.

Engineering emaildronefc@proton.me
Phone+31 10 555 0182
Mon-Fri, 08:30-18:00 CET
WarehouseHarbour Technical Centre, Unit 12, 3089 Rotterdam, Netherlands

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