Welcome to Fashion Star Wiki
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.
π 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. |
π» 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.
π 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).
π€ 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.
π 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: fashionstar.com.hk
- Download Center: Resources & Drivers
- Contact Support: support@fashionstar.com.hk
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