Welcome to Fashion Star Wiki - 中文

Fashion Star Wiki is your comprehensive documentation hub for Fashion Star robotics products, UART bus servos, and development tools. Whether you are automating industrial tasks with PLCs, building AI-powered robots, or developing custom control systems, you will find everything you need here.

🚀 Quick Start

Get your devices up and running quickly with our essential guides.

Resource	Description
Communication Protocol	Learn about the UART Serial Bus Servo communication standards.
PC Software Guide	Step-by-step guide to using the Bus Servo debugging software.
UC01 Adapter	Wiring diagram and specifications for the UC01 USB-to-UART adapter.
Web Controller	Try the Online UART Servo Controller directly in your browser.

💻 SDK & Development

Seamlessly integrate Fashion Star servos into your projects with our multi-platform SDKs.

Arduino Platform: Support for Uno, Mega2560, ESP32, and STM32 (Arduino Core).
STM32 Standard: Native SDKs for STM32F103 and STM32F407.
High-Level Languages:
- Python SDK (Desktop/Embedded)
- C++ SDK
- C# SDK
Embedded: MicroPython and ROS integration.

🏭 Industrial & PLC

Connectivity solutions for industrial automation standards.

Siemens: TIA Portal V19 (S7-1200) & MicroWIN SMART (S7-200 SMART).
Inovance: AutoShop Platform (H5U).
Mitsubishi: GX-WORKS2 (FX3U).
Codesys: Integration examples (GCAN302).

🤖 Robot Kits & Platforms

Explore our advanced robotic platforms and application suites.

- __Humanoid Robots__ Complete guides for fighting robots and bipedal locomotion. - __Action Editor (DBSP)__ Motion editing software for PC, iOS, and Android to create complex movements without coding. - __AI Vision Arm__ Desktop robotic arms integrated with vision sensors for sorting and tracking. - __Quadruped Robots__ Development guides for four-legged robot dogs.

📚 Technical Resources

Deep dive into the mechanics and theory behind our servos.

Selection Guide: How to choose between Bus Servos and PWM Servos.
Torque Analysis: Understanding Static vs. Dynamic Torque.
Protection Mechanisms: Configuring voltage, temperature, and current limits.
Motion Modes: Explaining Multi-turn Angle Control vs. Wheel Mode.

Need Help?

Official Website: fashionrobo.com
Download Center: Resources & Drivers
Contact Support: support@fashionrobo.com