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I will design pcb, flight controller, autopilot, esc drone and pixhawk circuits
Over deze dienst
HELLO THERE!
Modern UAVs rely on far more than powerful motorsthey require precisely engineered electronics capable of real-time sensor fusion, stable flight control, high-current power distribution, low-noise signal routing, and reliable communication between critical subsystems.
If you're developing a drone, quadcopter, VTOL aircraft, autonomous UAV, robotics platform, or custom aerial system, I can design production-ready electronics tailored to your project.
What I Will Provide;
- Custom drone PCB design
- Flight controller schematic
- PCB layout (28 Layers)
- ESC circuit design
- Power distribution board (PDB)
- Pixhawk-compatible hardware
- IMU integration (Gyroscope & Accelerometer
Why Choose Me?
- Experienced in embedded electronics and UAV hardware
- Optimized layouts for low-noise, high-reliability flight systems
- Strong knowledge of STM32, Pixhawk, and drone architectures
- Designs focused on manufacturability and long-term reliability
- Clear communication and fast project updates
Message now and Let's build a reliable flight controller, ESC, or custom drone PCB that delivers stable performance in the air!!
Andere Elektrotechniek diensten die ik aanbied
Veelgestelde vragen
Which flight controllers can you design?
I can design custom flight controllers based on STM32 and other MCUs, including boards compatible with Pixhawk ecosystems and custom UAV architectures.
Can you design Electronic Speed Controllers (ESCs)?
Yes. I design ESC circuits for brushed and brushless motors, including power stages, gate drivers, current sensing, and thermal considerations.
Do you support Pixhawk-compatible hardware?
Yes. I can design expansion boards, carrier boards, sensor interfaces, and supporting electronics compatible with Pixhawk-based systems.
Can you design Power Distribution Boards (PDBs)?
Absolutely. I can create PDBs with regulated power rails, battery monitoring, filtering, and high current routing.
Can you optimize the PCB for low EMI?
Yes. Careful grounding, power routing, decoupling, and signal isolation are applied to improve flight stability and reduce electrical noise.
