Build your own robotic hand with this 3D printed Arduino-based kit featuring 5 servo motors. Ideal for students, STEM learning, and DIY robotics projects. Includes all components.
Build your own robotic hand with this 3D printed Arduino-based kit featuring 5 servo motors. Ideal for students, STEM learning, and DIY robotics projects. Includes all components.
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Robotic Hand using Arduino Kit (Assembled)

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Original price was: ₹12,000.00.Current price is: ₹7,990.00.

Unleash your robotics creativity with this Do-It-Yourself Robotic Hand Kit, a hands-on learning environment for students and makers. Equipped with 5 servo motors, this 3D printed robotic hand mimics the movement of actual human fingers — each finger individually controlled through Arduino programming and an easy push-button toggle system.

Initial Payment and Rest Payment COD Cash on Delivery ₹1,000.00 per item

Description

Robotic Hand Kit with 5 Servo Motors, Arduino, and Push Button

Unleash your robotics creativity with this Do-It-Yourself Robotic Hand Kit, a hands-on learning environment for students and makers. Equipped with 5 servo motors, this 3D printed robotic hand mimics the movement of actual human fingers — each finger individually controlled through Arduino programming and an easy push-button toggle system.

Whether you are new to electronics or a seasoned student looking to design a science fair or engineering project, this kit is the ideal combination of learning and imagination. There is complete customization through the modular build, with the ability to add sensor inputs, gesture control, or even Bluetooth and voice commands.

Everything in the structural components is 3D printed using light, yet strong, materials and the electronics are plug-and-play assembly friendly. This is a great kit for STEM education, innovation centers, and students studying electronics, robotics, or mechanical design.

Ideal for schools, Engineering Student, college labs, and home schooling — construct your own robotic hand, learn about servo control, and see how automation functions using real-time code and mechanics.

 

3D Printed

✅ Components used 

  • 3D Printed Robotic Hand Frame (pre-assembled )

  • 5 × Servo Motors

  • 1 × Arduino UNO

  • 1 × Push Button Module

  • Jumper Wires

  • USB Cable for Arduino

  • Power Supply DC adapter 12V

  • Screwed Assembled

 

Reference Video of Product

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🔧 Project Customizations (For Students)

Students can enhance or modify this project based on college syllabus, guide instructions, or personal interest.
Customizations help improve innovation, marks, and practical understanding.

Available Customization Options:

  • 🌐 IoT/ AI/ ML Integration ( ThingSpeak, Blynk, Firebase, Web Dashboard etc. )

  • ☀️ Solar Power Integration

  • 🤖 Machine Learning / AI Modules

  • 📡 GPS & GSM Based Tracking / Alerts

  • 📟 Additional Sensors (as per application)

  • 📲 Mobile App / Web Monitoring

  • 📊 Advanced Data Logging & Graphs

  • ⚙️ Hardware & Software Feature Modifications

  • 🎯 Customization as per College or Guide Requirement

If you need any additional feature or modification,
📞 Contact us on WhatsApp and share your requirement.

Early Project Booking Recommended

Early Project Booking – Strongly Recommended

Students are advised to book their final year or semester project early, even with just a title or brief idea. Early booking helps us reserve your preferred topic, start documentation, diagrams, code planning, and component preparation in advance, and provide timely academic guidance.

You will receive complete documentation (abstract, report, block diagram, circuit, code explanation) well before submission. The working hardware kit will be delivered as per your college schedule. PPTs for reviews, viva, or seminars will be prepared on request.

Book early → Stay stress-free → Focus on learning.
Contact us with just the project title—we’ll handle the rest.

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