LYGION ROBOTICS
LYGION ROBOTICS
  • EN
  • 中文
  • More
    • EN
    • 中文
  • EN
  • 中文

Wireless Robot Driver Board

Wireless Robot Driver BoardWireless Robot Driver BoardWireless Robot Driver Board

Robot Driver with ESP32S3 Lite

Instant Setup, Easy Robot Control

Learn more
A next-generation robotic arm for makers and innovators.

3+1 DOF Lightweight Robotic Arm

Compact / Precise / Open

Parallel-link design for smooth, wide-range motion

ESP32-S3 core with built-in Wi-Fi & Web App control

No App needed — works on any device, any OS

Open-source examples: Python, USB-CDC, GPIO, UART, WebSockets, HTTP ...

learn more
Compact High-Speed Bus Driver for Robotics and Embedded Ctrl

TTL Adapter (A)

 High-Speed Communication

  • Supports 3 Mbps TTL bus for fast, stable data exchange
  • Ideal for high-end serial servos (HLS / STS / SCS series)

Multiple Control Interfaces

  • UART (RX/TX), USB Type-C, and Single-Wire TTL
  • Automatically detects interface—no manual switching required 

learn more

TTL Bus Servo

12V / 15kg·cm TTL Bus Servo (SC-1500-C024)

12V / 15kg·cm TTL Bus Servo (SC-1500-C024)

12V / 15kg·cm TTL Bus Servo (SC-1500-C024)

  • High-performance servo with smart feedback and precise control
  • Ideal for robotic arms, automation joints, and educational robotics

12V / 15kg·cm TTL Bus Servo (SC-1500-C023)

12V / 15kg·cm TTL Bus Servo (SC-1500-C024)

12V / 15kg·cm TTL Bus Servo (SC-1500-C024)

  • 210° rotation • Real-time feedback • Smart control
  • Monitor position, speed, temperature, and more — built for robotics

Open-Source Innovation

5+1 DOF Robotic Arm

  • Built on our HLS Series Constant-Force Servos, this open-source robotic arm delivers high precision and smooth motion for research and creative development.
  • All mechanical models, 3D files, and control examples are fully open to the community — encouraging hands-on learning and innovation. 

Self-Locking Constant-Force Gripper

  • Powered by the HL Series Constant-Force Servo, the gripper enables precise grip control with automatic self-locking — maintaining a firm hold without continuous power consumption.
    Ideal for robotic arms, automation systems, and educational experiments. 

LYgion Robotics Projects

Github

Contact Us

robot@lygion.ai

+86  18665895307 

 Copyright © 2025 Lygion All rights reserved 

Lygion Robotics

This website uses cookies.

We use cookies to analyze website traffic and optimize your website experience. By accepting our use of cookies, your data will be aggregated with all other user data.

Accept