❗If images or videos are not displayed properly, please click “Show Original” to view the content.

🦾 Project Title: Easy Bionic Robotic Arm for Beginners

🎥 Bionic Robotic Arm – Introduction Video：[Click here]

📚 [NT$ 299] Full tutorial (English)：[Click here]

📚 [NT$ 299] Full tutorial (Traditional Chinese)：[Click here]

👇Course Learning Materials Preview👇

✨Extended Robotic Arm Applications (For Post-Course Self-Study)✨

Note: The showcased robotic systems are independent extensions developed after the course, based on the same core principles taught in the curriculum.

📢 Changelog

📖2026.02.19
We are happy to share that the course materials have been updated in both Traditional Chinese and English. The latest versions are now available for you to download and use.

📖2026.02.05

We are pleased to announce a special promotional price update. The course is now offered at an exclusive 50% OFF discount.

Please note that all listed prices are in New Taiwan Dollars (NTD). After currency conversion, the total cost is under $10 USD, making this an exceptionally affordable learning opportunity.

📖2025.04.15
The online course is now available! Start watching and enjoy the fun of DIY learning! 🎉

------------------------------------------

💡 Project Description

I'm super excited to upload my very first project on MakerWorld! 🥳

This is a simple yet powerful bionic robotic arm designed during our university days in Taiwan.

The main goal of this project is to help beginners learn the basics of programming, electronics, and circuit wiring through hands-on building.

No prior experience is required — even elementary school students can easily get started and enjoy the learning process step by step.

Whether you're a student, an educator, or a parent looking for a fun activity, this project is perfect for hands-on learning, parent-child activities, or just enjoying some DIY tech fun.

Get ready to build, learn, and be inspired—step by step! 🛠️✨

------------------------------------------

🛒 Purchase links (for reference only)：

1. MG90S *2：[Click here]
2. Arduino Uno R3 *1：[Click here]
3. Joystick Shield for Arduino *1：[Click here]
4. USB-A to USB-B Cable *1：[Click here]
5. Power Supply 5V2A *1：[Click here]
6. MG996R(180°) *2：[Click here]
   ⚠️Note:⚠️
   Please make sure the MG996R servo you purchase comes with a single-sided servo horn.
   This specific horn is required for proper assembly of the robotic arm.
7. Sensor Shield V5.0 (sensor expansion board for Arduino Uno R3) *1：[Click here]
8. Servo Cable(100mm or 150mm) *2：[Click here]
9. 10cm Female to Female Dupont Line (8Pins)：[Click here]
10. Nylon Fishing Lines(0.5mm)：[Click here]
11. DC Power Connector Plug Jack(Female) *1：[Click here]
12. 2.54mm Male Breakable Single Row Pin Header (2Pins)：[Click here]
13. Black Acrylic Sheet (3mm) *1：[Laser Engraving File]

I bought my components from local e-commerce platforms in Taiwan. However, to make it easier for international users, I’ve included some AliExpress links for reference.

⚠️Please note that I cannot guarantee the quality or exact specifications of these links, and the items may slightly differ from what I used.

------------------------------------------

🛠️ Important Note about the Base Plate:
A laser engraving file (SVG format) is provided for the 3mm black acrylic base plate, which can be cut using a laser engraver.
If you don’t have access to a laser cutter, you’re welcome to design your own base plate using wood, MDF, or any material that is strong enough to withstand the pulling force when the robotic arm is moving.
⚠️ Materials like cardboard are not recommended, as they may be too soft to handle the servo torque.