I will design motor driver and motor control pcb circuit boards for robotics
PLC Motor Driver BMS PCB Design Industrial Automation Specialist
About this Gig
I design robust PCBs for motor driver and control applications from simple DC motor drivers to complex multi-axis control boards. Whether you're building a robot, drone, e-bike, or industrial actuator system, I deliver circuits that handle real power loads reliably.
What I offer:
- H-bridge and motor driver circuit design (DC, stepper, BLDC)
- PWM control and speed regulation circuits
- Current sensing and feedback loop integration
- Thermal management for power components
- Multilayer PCB layout for high-current, low-noise designs
- Full manufacturing files: Gerbers, BOM, pick-and-place.
Why work with me:
Motor circuits deal with real power heat, current spikes, and switching noise that can destroy poorly designed boards. I focus on proper trace width, heat dissipation, and clean PWM switching to keep motors running smoothly and boards protected.
Perfect for:
Robotics builders, drone developers, e-bike startups, automation engineers, and hobbyists building motor-driven projects.
Send me your motor specs and application details, and I'll design a driver board built to last. Fast turnaround, clear communication, fabrication-ready files every time.
FAQ
What types of motors can you design drivers for?
DC motors, stepper motors, and BLDC (brushless) motors. Let me know your motor type, voltage, and current specs and I'll confirm the best approach.
How do you handle heat and current issues?
I calculate proper trace widths for current load, use thermal relief techniques, and recommend heatsinks or copper pours where needed to manage heat dissipation.
Can the board handle high-current applications?
Yes, I design for a wide range of current loads. Just share your motor's current draw and I'll size the traces and components accordingly.
Do you include current sensing or protection circuits?
Basic protection is included in Standard/Premium packages. Current sensing and advanced protection (overcurrent, thermal shutdown) are available in Premium.
Can you integrate this with a microcontroller for closed-loop control?
Yes, I can design the interface circuit to connect with your MCU for PWM control, feedback, and closed-loop speed/position regulation.

