Want to see the Wireless-dexterous-anthropomorphic-Gesture-controlled-Robotic-Arm in action? 🤖 We've got you covered! 🎉
Check out our Wireless Dexterous Anthropomorphic, Gesture Controlled Robotic Arm, and see the magic unfold! 🔮
Get ready to be wowed by the power of human gestures controlling a robotic arm! 💪
🚨 Warning: Watching this video may result in a sudden urge to build your own robotic arm! 🚨
This project is all about redefining the interaction between human gestures and the digital world. 🤝 Our goal is to create a wireless-dexterous-anthropomorphic-gesture-controlled-robotic-arm that mimics human hand gestures and performs various tasks in real-time. 🤖
- The Tx and Rx circuit attempt to connect via the NRF24L01 transceiver module.
- After a successful connection, the user can transmit hand gestures using a glove.
- The transmitted gestures control the movement of the robotic arm.
- The hardware interacts with the system and external environment using an Arduino Nano microcontroller.
- Arduino Nano
- NRF24L01 Transceiver Module
- 3D Printer
- STL Files
- Glove
- Flex Sensors (*10)
- MG996 Servo Motors
- Clone the repository
git clone https://github.com/[username]/[repository].git
- Assemble the hardware components as per the circuit diagram provided in the repository.
- Upload the code to the Arduino Nano Microcontroller.
- Put on the glove and control the movement of the robotic arm using hand gestures.
This project shows that nearly "96%" of the transmitted signals are successfully configured and demonstrates the interaction between simple human gestures and the digital world. 🤝 This study opens up avenues for further research in the area of gesture control and human-robot interaction. 🤖 Say goodbye to boring button controls and hello to a fun, interactive, and intuitive way to control robots! 🚀