Solar, Wind & Hydro Combo Kit – 3-in-1 Renewable Energy DIY Project
✔️ 3D-Printed Structures – Durable and lightweight designs, easy to assemble.
✔️ STEM Learning Focused – Ideal for students, hobbyists, and classrooms looking to learn practically.
✔️ Real Power Generation – All three models demonstrate real-time electricity generation by lighting up LEDs.
✔️ Eco-Friendly Education – Promotes awareness of clean, green, and sustainable energy solutions.
✔️ No Special Tools Required – Simple plug-and-play components, perfect for beginners.
Solar Kit For DIY Project – (156)
3W 5V Solar Panel – Efficient and durable for generating solar power.
3D-Printed Solar Stand – Provides a stable base for optimal sunlight exposure.
10mm Red LED – Demonstrates solar power conversion with real-time illumination.
Wiring Kit – Includes necessary wires for easy connectivity.
Hands-On Learning – Perfect for STEM education, school projects, and renewable energy experiments.
Easy to Assemble – No special skills required, ideal for students, beginners, and hobbyists.
Windmill Kit – DIY Renewable Energy Project – 094
Hands-On STEM Learning – Perfect for science projects, renewable energy experiments, and classroom activities.
3D-Printed Windmill Structure – Lightweight, durable, and easy to assemble.
Wind-Powered Generator – Converts wind energy into electrical power using a small motor and LED demonstration.Eco-Friendly & Sustainable – Teaches the importance of renewable energy and sustainability.
Easy to Use – No special skills required, ideal for students, beginners, and hobbyists.
DIY Dual Robotic Eye Kit with 2-Servo Mechanism | Push-Fit Assembly – No Screws Needed | Includes 3D Printed Parts, Arduino Nano with Cable, SG90 Servos & Connecting Wires | Robotics STEM Project for Kids – (073)
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🔧 Easy Push-Fit Assembly: No screws required! All 3D printed parts snap together effortlessly—perfect for beginners & students. Tutorial Youtube Video -https://youtu.be/rvKPsyZCbJo
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👀 Dual Robotic Eye Movement: Two SG90 servos enable smooth up-down & left-right movements for realistic eye motion.
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🧠 Arduino Powered: Comes with Arduino Nano & USB cable—ideal for coding, robotics learning, and STEM education.
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📦 Complete DIY Kit: Includes 3D printed parts, 2 SG90 servos, Arduino Nano, push-fit joints, and connecting wires.
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🎓 Perfect for School Projects: Excellent for science exhibitions, hobby robotics, engineering mini-projects, and makers.
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🌟 100% Tested Components: All electronics are quality-checked before packing for hassle-free performance.
*Arduino connection and Code in Long Description .
Dual Axis Solar Tracker DIY Kit for Students | Automatic Sun Tracking Solar Panel Project | STEM Renewable Energy Model – (092)
🌞 AUTOMATIC SUN TRACKING TECHNOLOGY
Smart dual-axis solar tracker that automatically moves the panel toward sunlight using light sensors, demonstrating real renewable energy automation concepts. How to Make - https://youtu.be/uf1jOrrZAKk
🎓 PERFECT FOR SCHOOL & ENGINEERING PROJECTS
Best suited for science exhibitions, diploma projects, engineering mini projects, renewable energy demonstrations, and STEM learning models.
⚙️ REAL WORKING MOVEMENT (2-AXIS CONTROL)
Panel rotates in horizontal and vertical directions using 2 servo motors controlled by a UNO-compatible microcontroller board.
🧩 COMPLETE DIY KIT WITH 3D PRINTED STRUCTURE
Includes durable 3D printed solar tracker frame and base, allowing easy assembly and stable classroom demonstration.
👨🎓 BEGINNER FRIENDLY LEARNING KIT
Helps students understand sensor based automation, solar tracking logic, controller programming, and renewable energy optimization.
5 DOF Robotic Arm DIY Kit for Students – No Arduino Required, Servo Tester Controlled Robot Arm with Gripper | STEM Educational Robotics Project – (091)
🤖 EASY ROBOTICS WITHOUT CODING
This 5 DOF robotic arm works using servo testers — no Arduino, no programming, no software needed. Perfect beginner robotics kit for students and schools. HOW TO MAKE - https://www.youtube.com/watch?v=r8WkUyCNMs8
🎓 PERFECT FOR SCHOOL & ENGINEERING PROJECTS
Ideal for science exhibition, diploma engineering mini project, robotics learning, STEM education, automation demo and practical understanding of robotic movement.
🦾 FULL FUNCTIONAL ROBOTIC MOVEMENT
Supports base rotation, arm lift, wrist movement, and gripper control using manual servo tester knobs for smooth and real robotic arm operation.
🧩 READY-TO-ASSEMBLE EDUCATIONAL KIT
Includes precision 3D printed robotic arm parts, servo motors, testers, and USB power cable so students can quickly assemble and start learning robotics concepts.
🇮🇳 MADE FOR STUDENT LEARNING & DEMO PURPOSE
Specially designed for beginners, hobbyists, robotics trainers, and STEM labs for hands-on automation demonstration.
Circuit Diagram for One Servo
WiFi Controlled Shuttle Space Military Tank Robot DIY Kit using Arduino NodeMCU Mobile App Control – (157)
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WiFi controlled robot tank using Arduino NodeMCU Tutotail Video -https://youtu.be/5JbeYdnAlwk
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Control robot wirelessly using mobile phone
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DIY robotics kit with 3D printed tank body
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Learn Arduino programming, motor control and IoT basics
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Suitable for students, STEM learning and hobby projects
WiFi Controlled Wall-E Robot Tank DIY Kit using Arduino NodeMCU | Mobile App Control | STEM Robotics Project for Students – (120)
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WiFi Controlled Robot – Control the Wall-E style tank robot wirelessly using your mobile phone Tutorial -https://youtu.be/ibiMKuJs8cg
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Arduino NodeMCU Based – Powered by ESP8266 NodeMCU, programmable using Arduino IDE
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DIY Learning Kit – Assemble, program, and understand robotics, IoT, and motor control
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Expandable Design – Supports ultrasonic sensor for obstacle detection projects
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Student Friendly – Suitable for school projects, STEM kits, and beginners
Simple 4 DOF Robotic Arm Kit Using Servo Tester | No Arduino | No Coding | DIY Robotics & STEM Learning Kit for Students – (121)
✔ No Arduino & No Coding Required
Works using servo tester modules, making it ideal for beginners and school students.
✔ 4 Degrees of Freedom (4 DOF)
Includes base rotation, arm movement, elbow motion, and gripper control.
✔ Hands-On Robotics Learning
Helps understand servo motors, mechanical linkages, and robotic arm movement.
✔ Perfect for Science Exhibitions & STEM Education
Widely used in school projects, robotics demos, and training sessions.
✔ Made in India | Tested Before Dispatch
Assembled and checked for smooth operation and durability.
Arduino Automatic Gate Project Kit Using Ultrasonic Sensor | Rack and Pinion Mechanism | DIY Science & Robotics Model for Students – (070)
✔ Automatic Gate Operation Gate opens and closes automatically using an ultrasonic distance sensor – no touch required. Tutorial Link - https://youtu.be/UnGP7rnGXFo
✔ Arduino Based Learning Kit Helps students understand Arduino programming, automation logic, and sensor interfacing.
✔ Rack and Pinion Mechanism Demonstrates real-world mechanical motion conversion used in industrial automation.
✔ Ideal for School & Engineering Projects Suitable for science exhibitions, mini projects, STEM learning, and robotics practice.
✔ Made in India | Tested Model
Assembled and tested before dispatch to ensure proper working.
