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I will develop custom uav pcb flight controller gps and esc hardware
pcb design embedded syetem firmware development
Hi I’m Alexpenn a dedicated professional committed to delivering high quality reliable and tailored solutions to meet my clients needs. I specialize in technical design PCB development FPGA solutions ...
About this Gig
HELLO AND WELCOME!
A UAV electronics system must coordinate flight sensing motor actuation navigation power distribution and real time control within strict limits on weight vibration electrical noise and thermal performance. A poorly designed power rail or noisy sensor interface can compromise control stability navigation accuracy and overall system reliability.
What I Will Provide;
- Custom UAV flight controller PCB schematic and layout
- MCU selection and integration for real-time control
- IMU integration, including accelerometer and gyroscope interfaces
- GPS/GNSS receiver integration and antenna interface planning
- Barometer, magnetometer, and other sensor interfaces
Why Choose Me?
- Integrated approach to PCB hardware and embedded systems
- Design tailored to your UAV architecture and propulsion requirements
- Attention to power integrity, sensor noise, and signal routing
- Consideration of weight, board dimensions, and thermal constraints
- Flexible support for flight controller and ESC-related electronics
Ready to develop your custom UAV electronics? Send me your airframe type, motor and ESC specifications battery voltage flight controller requirements GPS GNSS needs. MESSAGE NOW!!!
Specialization:
Circuit design
•
Schematics
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Layout
•
Analysis
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Gerber
File format:
Gerber
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STEP
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VRML
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SCH
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3DS
Software:
Allegro
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Altium Designer
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Eagle CAD
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EasyEDA
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KiCad
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LabVIEW
FAQ
Can you design a custom UAV flight controller PCB?
Yes. I can design a custom PCB around your selected MCU, IMU, GPS/GNSS receiver, communication interfaces, and power requirements.
Can you integrate GPS or GNSS?
Yes. I can integrate a compatible GNSS module and supporting interfaces, including UART, power, antenna connections, and configuration access where applicable.
Can you design ESC hardware?
I can help with ESC architecture, schematic and PCB design, gate-driver and power-stage integration, and control interfaces based on your motor, battery, and current requirements. High-current ESC designs require careful thermal, electrical, and bench validation.
Can you develop embedded firmware?
Yes. I can develop embedded C/C++ firmware for peripheral configuration, sensor acquisition, communication, telemetry interfaces, and other agreed functions. A complete flight-control stack is a separate scope that should be defined explicitly.
Can you integrate IMU and other flight sensors?
Yes. The design can support compatible accelerometers, gyroscopes, barometers, magnetometers, and other sensors according to the selected hardware.
Can you support telemetry and communication interfaces?
Yes. UART, CAN, USB, SPI, I2C, PWM, and supported telemetry interfaces can be included according to your requirements.
Does the service include manufacturing and flight testing?
Not by default. Fabrication, assembly, motor testing, flight testing, and validation can be discussed separately. Flight-critical hardware should undergo staged testing before operational use.
