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I will design custom pixhawk compatible pcb and uav autopilot hardware
PCB DESIGN AND EMBEDDED SYSTEM
HELLO AND WELCOME,
I’m an Electronics Engineer specializing in automotive PCB design, embedded hardware, schematics, and hardware–firmware integration. I develop reliable solutions for OBD2, J2534, CA...
About this Gig
HELLO,
I will design custom Pixhawk-compatible PCBs, UAV flight controller hardware, and autopilot electronics for drones, aircraft, rovers, and autonomous platforms.
WHAT I CAN ENGINEER
- Pixhawk compatible flight controller PCB
- UAV autopilot hardware architecture
- STM32 based FMU and embedded hardware
- IMU, accelerometer and gyroscope integration
- Redundant sensor architecture
- Barometer and GNSS interfaces
- PWM, RC, servo and telemetry interfaces
- USB, SDIO, Ethernet and debug interfaces
- PX4-oriented hardware integration
I engineer the autopilot electronics around real UAV requirements including sensor integrity, power architecture, communication buses, mechanical constraints, signal routing, thermal considerations and manufacturability.
Whether you need a custom Pixhawk-compatible controller, UAV carrier board, autopilot module, sensor board, power interface or complete flight-controller PCB, I can develop the required hardware architecture around your specifications.
Send your flight-controller requirements, Pixhawk/PX4 reference, sensors, interfaces, power input, dimensions and available files before ordering so I can review the engineering.
THANKS.
Specialization:
Circuit design
•
Schematics
•
Layout
File format:
Gerber
•
STEP
•
VRML
•
3DS
•
Software:
Allegro
•
Altium Designer
•
KiCad
•
LTspice
•
Proteus
•
Arduino
FAQ
Can you design a custom Pixhawk-compatible flight controller?
Yes. I can develop the schematic, PCB architecture, sensor interfaces, power system, communication interfaces and manufacturing files around the required Pixhawk/PX4 target.
Can you design a completely custom UAV autopilot?
Yes. The architecture can be customized for the UAV's processor, sensors, interfaces, power requirements, dimensions and mechanical constraints.
Can you work with PX4?
Yes, I can design hardware around PX4-oriented requirements and supported interfaces. Exact board-support and firmware requirements should be defined from the target hardware.
Can you integrate IMUs and barometers?
Yes. IMU, accelerometer, gyroscope, magnetometer and barometric sensors can be integrated according to the system architecture.
Can you integrate GPS or RTK GNSS?
Yes. I can design the required GNSS/RTK interface and supporting power and communication circuitry.
