I’m an embedded‐systems engineer and open‐hardware enthusiast. Over the past few years, I’ve designed and tested custom motor‐control solutions—everything from hobbyist robotics to small industrial drives. My flagship product, the X‐BLDC dual‐motor driver, pairs an ESP32‐based control board with two EG2133 three‐phase inverter stages, enabling smooth closed‐loop control of two brushless DC motors via AS5600 encoders or encoderless FOC.
Each X‐BLDC board is hand‐assembled and tested in my small workshop. I source premium MOSFETs, low‐ESR ceramics, and automotive‐grade gate drivers to ensure long service life and stable operation up to 24 V. I’m committed to open documentation: every order includes a fully commented Arduino/PlatformIO codebase, hardware schematics, and PCB layout so you can modify or extend the design as needed.
When I’m not soldering PCBs or writing FOC firmware, you’ll find me prototyping 3D‐printed robotics, collaborating on open‐source projects, or writing tech articles on BLDC control best practices. Whether you’re building a drone, a mini–CNC, or a classroom‐lab project, I’m here to help you get up and running fast—feel free to message me with any questions or special requests.
Happy making,
No country selected, please select your country to see shipping options.
Shipping Rate | Tracked | Ships From | First Item | Additional Items |
---|---|---|---|---|
:
|
By clicking Register, you confirm that you accept our Terms & Conditions
We recognize our top users by making them a Tindarian. Tindarians have access to secret & unreleased features.
We look for the most active & best members of the Tindie community, and invite them to join. There isn't a selection process or form to fill out. The only way to become a Tindarian is by being a nice & active member of the Tindie community!