VART Vertical Axis Windmill – Wind Farm Turbine Latest Technology| Renewable Energy Science Project Model | STEM School Science Fair Kit with LED Output | Green Energy Working Model – (046)
The VART Vertical Axis Wind Turbine is a fully working renewable energy science project model ideal for school exhibitions, science fairs, and engineering concept demonstrations. Designed for students, it showcases how wind energy converts into electricity and glows an LED at sufficient speed. Easy to assemble, durable, and perfect for explaining green energy concepts.
Helical Vertical Wind Turbine – 3D Printed DIY Kit with Generator Motor & LED – (086)
Build your own vertical wind turbine with this DIY kit. Includes 3D printed parts, 1N generator motor, 1m wire, and 10mm red LED. Ideal for STEM projects.
🔹 Contents of the Box:
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3D Printed Helical Turbine Blades (10 cm size)
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1 × 1 RS775 / 777 12V DC Motor
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1 × 1 Rainbow wire
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1 × 10mm Red LED
- Instruction VideoHow to Make -https://www.youtube.com/watch?v=KYsUZsQmsBI
DIY Mini CNC Laser Engraver – 3D Printed Parts Only (Electronics Not Included) – 075
Get 3D printed parts for building your DIY Mini CNC Laser Engraver. Perfect for engraving and drawing tasks. Electronics not included.
Package Includes:
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3D printed structural parts Only
We have included the 3D-printed parts and essential electronic components in this kit. However, a few additional items such as hardware and the power supply will need to be purchased locally, depending on your specific project requirements.
Adjustable Sensor Holder For Industrial Automation
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- Adjustable Design: Allows fine-tuning of sensor position for optimal accuracy.
- Universal Compatibility: Fits various industrial sensors.
- 3D Printed Durability: Made from high-strength PETG/PLA for industrial use.
- Easy Installation: Includes mounting slots for quick setup.
- Stable & Reliable: Reduces vibrations and misalignment.
Rack and Pinion (For MG995 Motor) For Industrial Automation (Rack Length 285mm) – 027
- Material: Durable PLA – strong, lightweight, and eco-friendly
- Rack Size: 285 mm – designed for precise linear motion with MG995 motors
- Compatibility: Specifically engineered for MG995 servo motors
- Design: Precision-crafted for smooth operation and minimal backlash
- Applications: Ideal for robotics, CNC machines, automation systems, and educational projectsPerfect for use in electronics projects in India, the Rack and Pinion for MG995 Motor (285mm Rack Length) - 027 ensures reliable performance and high quality.
Renewable Energy | Solar Power Mobile Charger Kit Science Project Model (Assembled), 100% Tested (Perfect for Beginners & Experts)
- Renewable Energy | Solar Power Mobile Charger Kit (Assembled), 100% Tested.
- Complete documentation: Circuit diagrams, PCB layouts, and testing details included.
- Watch easy-to-follow video tutorials on YouTube for quick assembly guidance.
- https://youtu.be/Wg6DzF8rmfo?si=Tt9pn1DoXcbr_wI-
- 100% Support available on working days (11 AM – 6 PM), email: Smartxbrains@gmail.com.
- Fastest delivery across India. Ideal for electronics projects, Renewable Energy | Solar Power Mobile Charger Kit ensures reliable performance and sustainability.
0.47μF 474J 630V CBB22 Metallized Polypropylene Film Capacitor
12 Volt DC Diaphragm Air Purge Pump
XT60 Male To T Plug Female Adapter
- Great for adapting your XT60 batteries for use with chargers/ESCs that don’t provide an XT60 adapter
- The quick, easy and affordable solution for your mismatched connector
- Saves you money and soldering time
- Use to convert your battery’s XT90 connector to a T plug Female connector
- Great for use with RC planes, helis, cars, and trucks
Aluminum GT2 Timing Pulley 20 Tooth 8mm
Features:
- High-Quality Aluminium
- Excellently Machined
- Durable and practical
- Minimizes the chance of the belt slipping
- Easy to use
BY399 Diode
1×4 Matrix Membrane Switch Keypad
Features :
- Ultra-thin design & adhesive backing provides easy integration to any project
- Excellent price-performance ratio
- Easy communication with any microcontroller
- This allows a microcontroller to ‘scan’ the 5 output pins to see which of the 4 buttons is being pressed