I will design custom pcb for claw machine using esp32 s3 motor control and iot
Embedded Systems Engineer ESP32, PCB Design, IoT and Motor Control
About this Gig
WELCOME TO MY GIG:
I provide a reliable and modern control board for your claw machine (arcade/crane machine), I will design a custom PCB that fully replaces the stock controller and becomes the complete brain of your system.
I specialize in embedded systems and PCB design, delivering production-ready hardware that integrates game logic, motor control, connectivity, and user interaction into one powerful board.
What I Offer:
- Custom ESP32-S3 PCB design for claw machines
- Motor control system (X, Y, Z axis DC/stepper motors)
- Game logic integration (joystick, button, timer, win logic)
- IoT connectivity (WiFi / optional 4G module support)
- Relay and actuator control (claw grip, solenoid, PWM control)
- Display integration (TFT/LCD for UI, timer, QR display)
- Power design (12V/24V input with stable regulation)
Why Choose Me:
- Experience in ESP32 embedded systems and PCB design
- Strong background in motor control and IoT hardware
- Focus on reliable, scalable, and production-ready designs
- Clear communication and on-time delivery
Message me before placing your order so we can discuss your claw machine PCB requirements and build a powerful, reliable control system.
FAQ
What type of claw machine PCB do you design?
I design custom ESP32-S3 control boards that fully replace the original PCB and handle game logic, motor control, IoT connectivity, and system operations.
Can your PCB control all claw machine functions?
Yes, the PCB can control joystick input, button actions, X/Y/Z motor movement, claw grip mechanism, timers, and win logic.
Do you support IoT and remote monitoring?
Yes, I can integrate WiFi and optional 4G modules for remote monitoring, telemetry, and configuration updates.
Will I receive manufacturing-ready files?
Absolutely. You will get Gerber files, BOM with supplier links, Pick & Place files, and complete documentation ready for production.
Can you design motor control circuits?
Yes, I design DC and stepper motor control systems, including drivers, limit switches, and PWM-based control for claw strength.
What power input does the board support?
The design supports 12V or 24V input, with proper regulation for stable and safe operation.
What do you need to get started?
I need your project requirements, machine specifications, preferred features (IoT, display, payment), and any reference designs.
Do you provide support after delivery?
Yes, I provide post-delivery support and troubleshooting to ensure your system works perfectly.

