I will create high torque sensorless bldc controller with embedded firmware development
PCB DESIGN AND EMBEDDED SYSTEM
Informazioni su questo servizio
High torque BLDC applications demand more than a standard motor driver they require intelligent control algorithms, optimized power electronics, and robust embedded firmware. I develop custom Sensorless BLDC controllers that combine advanced Field Oriented Control (FOC), rotor position estimation, current regulation, and torque optimization to deliver smooth startup, high efficiency, and reliable operation under dynamic loads. Whether your project involves robotics, electric vehicles, industrial automation, pumps, fans, AGVs, or precision motion systems, I provide production ready hardware and firmware tailored to your specifications.
What I Will Provide
- Custom BLDC controller schematic and PCB layout
- Embedded firmware for STM32, ESP32, or ARM MCUs
- Sensorless FOC and rotor position estimation implementation
- High torque startup and closed-loop control optimization
- Power stage, gate driver, and protection circuit design
Why Choose Me
- Expertise in embedded motor control and power electronics
- Efficient, scalable, and maintainable firmware architecture
- EMI-conscious, production-ready PCB designs
Let's transform your motor control concept into a high-performance embedded solution.
FAQ
Which microcontrollers do you support?
I develop firmware for STM32, ESP32, and other ARM Cortex-M microcontrollers based on your project requirements.
Can you implement Sensorless FOC?
Yes. I implement advanced Sensorless FOC with rotor position estimation, current control, torque optimization, and efficient startup routines.
Can you design high current motor driver PCBs?
Absolutely. I design robust power stages with MOSFETs, gate drivers, current sensing, thermal management, and protection circuits.
What files will I receive?
You'll receive schematic files, PCB layout, Gerber, BOM, Pick &Place, firmware source code (depending on package), and technical documentation.
Can you optimize the controller for my motor?
Yes. Firmware parameters can be tuned specifically for your BLDC motor, power supply, and load conditions.

