Windmill DIY Kit A Windmill DIY Kit is a kit that allows people to construct their own windmill. For children, constructing a windmill from a DIY kit can be a fun and educational project. The process of building a windmill allows for hands-on experience with the various components that comprise a windmill. This DIY kit consists of a small plastic fan, a 9V battery with a battery cap, a toy motor and a 2-pin SPST switch. This DIY windmill can also be used as a small fan.  Applications: Mini Fan  DIY Windmill  Package Includes: 1 x 2-Pin SPST Switch 1 x 9V battery 1 x 9V Battery Snap Connector 1 x Toy Motor 1 x Small Plastic Fan

Matatalab VinciBot Coding Robot for Kids 8+, STEM Educational Toy, Scratch & Python Programming Robot with Remote Controller, AI Smart Robot Introducing the Matatalab VinciBot Coding Robot Set – a pinnacle of STEAM education and creative exploration! Tailored for kids aged 8 and up, VinciBot brings together interactive sound, LED technology, Python programming, LEGO compatibility, and more for an unmatched learning adventure. Built with durable materials and advanced AI, VinciBot ensures durability and endless opportunities for discovery. With VinciBot, kids unlock a world of creativity and problem-solving. Whether they're coding, building with LEGO, or exploring light and sound, VinciBot makes learning hands-on and fun. Easy to use and versatile, VinciBot goes beyond just a toy – it's a tool for transformative education. Whether at school or home, VinciBot fosters STEAM understanding while sparking curiosity and imagination. Whether you're nurturing future innovators or just want enriching play, VinciBot delivers. Invest in VinciBot today and ignite a journey of discovery and innovation. Experience the joy of hands-on learning and prepare your child for success in an ever-changing world. Join the STEAM revolution with VinciBot – where learning is play and creativity knows no limits. Key

DIY Educational Electric Reptile Robot for Science Experiment DIY reptile robot toys help improve their memory, hands-on ability, strategic thinking, visual-spatial ability, social ability, recognition ability, let children develop creativity, and practice imagination to improve their ability. At the most creative ages, hand-eye coordination, imagination, and patience can develop children's brains and enhance their scientific, technical, engineering, and mathematical skills. Suitable for children from 4 to 12 years old and have fun with their children. Whether at home, school, kindergarten, elementary school, parents, or teachers, you can easily learn. This is the perfect gift for children, birthday gift, Christmas gift, Thanksgiving gift, New Year gift, gift for your son, daughter, grandson, friend's child, or elementary school to make them love you more. Note: This kit doesn't come with batteries Product Advantages: Cultivate interest: Cultivating children's interest in learning and desire to learn can help improve their academic performance. Innovative thinking: Enhance children's sense of innovation and ability, let children win at the starting line and become more competitive in society. Scientific knowledge: Scientific knowledge in small production can lay the foundation for future inventions and mathematical and physical learning. Hands-on ability: Strengthen the cultivation of hands-on ability, so that knowledge is no longer "paper talk" Package Includes: 1 x DIY Electric reptile Robot Specifications: Dimension  10 x 5 x 3cm Weight 100gm

Matatalab 20 in 1 Creator STEM Kit - with 400 Building Blocks (Educational Robotics Starter Kit for 8+ Years) - Compatible with Lego Transform your STEM education efforts with the Matatalab Creator Kit for Vincibot—an expansion pack made to change how kids learn coding and engineering. This kit boosts learning through fun building and interactive programming, perfect for schools, summer camps, and other learning programs Unleash young minds with the Matatalab Creator Kit. It comes with over 400 building blocks and a motor, letting kids explore robotics, coding, and engineering in a hands-on way. They'll have fun building stuff and learning science basics. This kit encourages creativity, problem-solving, and design thinking, helping kids tackle real-world problems with confidence. By working together and trying different things, they'll develop the skills they need for today's tech world. It's easy to set up the Matatalab Creator Kit with the LEGO 9686 motor, so teachers and students can start learning without any hassle, whether in class or at home. The Matatalab Creator Kit for Vincibot aims to inspire innovation and make STEM learning exciting for the next generation. It sparks curiosity and imagination, paving the way for endless possibilities. Unlock the full potential of STEM education with the Matatalab Creator Kit for Vincibot—where creativity meets technology, and learning has no limits. Invest in education's future and give students the skills to succeed in the digital world. Package Include: 1x Vincibot Creator Kit 1x Building Bricks (separate packages by type) 1x Motor 1x Adaptor 1x Building Manual 1x User guide Specifications: Input Voltage  9V No-load Current   80mA No-load Engine Speed  380 RPM Stalled Torque  11 N.cm Output Voltage  9V Sustained Current Output  1.5A

DIY Kits D2-6 Bluetooth Remote Control Intelligent Car D2-6 Bluetooth Remote Control Intelligent Car 51 MCU DIY Kit is the latest version of the D2 series kit, it has a pre-programmed single-chip microcomputer as the core, through program control achieves tracking, obstacle avoidance, Bluetooth mobile phone control, gravity induction control functions. You just need a little soldering skill to assemble this kit The car comes with the serial interface, by connecting the Bluetooth module to achieve wireless remote control function. Compared to the previous D2 series car can only control forward, D2-6 added more features, not only can achieve forward but also can be achieved fall back. It runs on a rechargeable Lithium battery to reduce the cost of use. Note: You need to get the battery separately as this kit does not include the battery Package Includes: 1 x DIY Kits D2-6 Bluetooth Remote Control Intelligent Car Specifications: Skillset Sensory Development  No. Of batteries 1 Material Steel Battery Operated Yes Min Age 3 Battery type AA Dimension 86 x 9 x 114 mm Weight 68 gm

RC Brush Car No.1 Model Kit DIY Scientific Toys for Science Training. Bicycles, electric cars, motorcycles, cars. All these cars have wheels. Have you ever seen a car that can run without wheels? In fact, cars don't have to have wheels! You don't believe it? Come and check this out, A brush car is a car that can run without wheels!  Brush car NO.1 is a magical car, do not underestimate this set of experimental materials. Ordinary small brush, in the hands of the children will become magical, and increase their curiosity and thinking habits. Helps in teaching the concept of vibration, eccentric wheel shaft and motors. working: Eccentric wheel: The so-called eccentric wheel means that the axis of the wheel is not on the center of the wheel. At this time, the wheels are not on the same plane when they move, which causes the object to vibrate. Eccentric vibration: This term is often used in cell phone vibrators and is caused by the eccentric rotation of a metal rod. Due to the high-speed rotation inside the sealed metal box where the metal rods are located, the internal air of the metal box also undergoes violent movement by friction. This causes the entire sealed metal box to vibrate, which in turn drives the entire mobile phone to vibrate. Package Includes: 1 x RC Brush Car No.1 Model Kit DIY Scientific Toys for Science Training. Specifications Length 110 mm Width 30 mm Batteries required Two AA5 Weight 30 gm

DIY Small Inventions Student Science Experiment Creative Gift A great gift for your kid to explore his creative side and learn about the concept of assembling and batteries in this awesome kit. This is a display of conversion of motion within a system through a simplified mechanism. This is suitable for students to assemble themselves and cultivate students' motivation.Exercise hands-on ability, understand simple circuit and mechanical transmission. Note: This kit does not comes with Batteries Package Includes: 1 x DIY Small Inventions Student Science Experiment Creative Gift Specifications Dimensions 75x100x290mm Battery Required 2 x AA Weight 80gm

Advanced Electronics Kit for Grade 10 | Ekya School, CMR The Advanced Electronics Kit for Grade 10 by Ekya School, CMR is more than just a set of parts—it’s a doorway to exploring and creating with electronics. This kit is perfect for students who want to learn electronics with hands-on projects. This kit is designed to make learning fun and engaging.  This kit contains components that allow students to participate in hands-on projects and get a deeper understanding of key electrical concepts. They will improve their critical thinking and problem-solving abilities. Everything is simple to utilize with common microcontrollers, which renders lots of freedom for creativity and invention. Here’s what’s inside: HC-05 Bluetooth Module: It supports a range of 9600-115200bps and operates at 2.4~2.524 GHz. It requires a 5VDC power supply, with low current consumption at 30mA and a range of under 100 meters. It’s easy to integrate with microcontrollers like Arduino, providing stable and reliable communication. 2-Ch 5V Relay Board: Features two channels, runs on 5V, and is compatible with Arduino, 8051, AVR, PIC, DSP, ARM, MSP430, and TTL logic. It can handle up to 10A and provides electrical isolation for safety which makes it perfect for controlling high-power devices. 5V DC Fan: It operates on 5V and consumes just 0.2A. It’s designed for use with Raspberry Pi 3 and 2, boasting low power consumption at 20mA. This fan efficiently cools your components, is compact, and operates quietly. AC Bulb: It uses only 0.5W and operates at 220-240V, 50Hz, with a lifespan of 25000 hours. It’s energy-efficient and suitable for various projects, from simple circuits to home automation. Package Includes: 1 x HC-05 Bluetooth Module 1 x 2-Ch 5V Relay Board 1 x 5V DC Fan 1 x AC Bulb

DIY Mini Cat Tracking Robot Build your DIY Mini Cat Tracking Robot. This mini Cat face-shaped robot setup comes with a line follower map as all required Assembly guide to build the robot. This robot runs on a 3V DC  supply which can be taken from two AA batteries.  The user manual inside the box will guide you through all stepwise procedures as well as all essential parameters to assemble the bot, all you need is basic soldering knowledge and soldering and fitting tools. This smart tracking car kit is designed with a fashionable CAT face PCB board. It will help you to understand the basic principles and technical components of automatic control. It is hoped that you can learn basic component knowledge, circuit knowledge, and soldering skill by using this robot. Also check out our robotics kit collection, which features a variety of DIY robotic kits available for purchase. Note: The kit doesn't come with a battery Package Includes: 1 x PCB Board (Cat Shape) 2 x TT Motor 2 x Rubber Wheel 1 x Battery Box 1 x Switch 1 x LM393 2 x Transparent Diode 2 x 8550 Audion 2 x Potentiometer 2 x 100uf Capacitance 2 x 2IN 2 x 3.3K Resistance 2 x 10R Resistance 1 x 1K Resistance 2 x Screw 2 x Wheel Rubble Ring 3 x Blue Diode 2 x Photoresistance 4 x Electrical Wires 15 x Universal Screw Kit 5 x 1R Resistance 1 x User Manual Specifications: Operating Voltage 3V Dimension  150 x 140 x 80 mm Weight 200 gm

Spider Robot Insect Fun Toy  This solar spider when exposed to sunlight can start its mini-engine by shaking itself, so no batteries are needed. Powered by sunlight, this product will shake itself, seemingly forward or backward, spinning around as if looking for food. Both specially designed and eco-friendly, this product is also an excellent teaching aid to provide students with some basic knowledge about solar energy.

Cypress Semicondictor CY8CKIT- 048 Analog Coprocessor Pioneer Kit Guide The PSoC® Analog Coprocessor combines flexible Analog Front Ends, programmable Analog Filters, and high-resolution Analog-to-Digital converters along with an efficient-yet-powerful ARM® Cortex®-M0+ signal processing engine - enabling host processors to easily fetch aggregated, pre-processed and formatted complex sensor data over serial communication interfaces. Sense Anything Includes five onboard sensors along with PSoC® Creator code examples - one analog sensor for each type of fundamental electrical quantity: Voltage-based PIR Motion Sensor (Zilog ZRE200GE) Current-based Ambient Light Sensor (Vishay TEMD6200FX01) Resistance-based Temperature Sensor (EPCOS/TDK B57164K103J) Inductance-based Proximity/Contact sensor  Capacitance-based Humidity sensor (TE HPP801A031) Flexible Prototyping  Form-factor compatible with Arduino Uno - Can interface with shields, or be used as a shield for any host processor boardIncludes on-board KitProg2 programmer and debugger with ARM® CMSIS-DAP

Makey Makey The MaKey MaKey uses high resistance switching to detect when you've made a connection even through materials that aren't very conductive (like leaves, pasta or people). This technique attracts noise on the input, so a moving window averager is used to lowpass the noise. The on-board ATMega32u4 communicates with your computer using the Human Interface Device (HID) protocol which means that it can act like a keyboard or mouse. There are six inputs on the front of the board, which can be attached to via alligator clipping, soldering to the pads, or any other method you can think of. There are another 12 inputs on the back, 6 for keyboard keys, and 6 for mouse motion, which you can access with jumpers via the female headers. If you wish to use a different set of keys, or otherwise change the behavior of your MaKey MaKey, you can simply reprogram it using the Arduino environment. Oh yeah, we didn't mention that the MaKey MaKey is an Arduino-compatible controller? That's right, it runs the Leonardo bootloader so reprogramming is fast and easy. Note: Now included with the Makey Makey is a USB cable, pack of jumper wires as well as a pack of alligator clips!  read more : #TUTORIAL MAKEY MAKEY AND ITS APPLICATIONS Also check Cypress Semicondictor CY8CKIT- 048 Analog Coprocessor Pioneer Kit Guide. The board is a development tool that allows users to create and test projects that involve analog sensors.

DIY 2 Wheeler Remote Controlled Car Fun remote control two-wheeler is an original technology small production car. After the required kit is assembled, the two wheels of the remote control forward and reverse to achieve forward, backward, turn and rotate in situ and other actions. Overall length is about 13 cm and height about 12 cm . The remote control can function from a distance of about 5-8 meters. This is a fun Maker Kit (parts) that contains all the mechanical parts, remote controls, and installation instructions needed to assemble the product.Come and hands-on, complete this fun car now. Battery Type: 1.5V AA dry batteries, total requires 4x Batteries, of which 2 are installed in remote control, 2 are installed in the car. (Note: the battery need to bring their own) (Note: Younger children need to assemble with the help of their parents) Package Includes: 1 x DIY 2 Wheeler Remote Controlled Car Specifications: Material  ‎Wood Color ‎Multi-colored Item part number ‎STK0161019389 Manufacturer recommended age ‎3 years and up Remote control distance 5-8m Dimension 13 x 12 x 10cm Weight 250gm

DIY Creeping Tiny Gecko DIY Creeping Tiny Gecko is a handmade DIY creeping gecko technology model puzzle toy, baby DIY parts package, need its own assembly, installation is simple, provide detailed graphic installation instructions, battery-owned, beneficial to young people’s brain development and growth, whether children Or adults are deeply loved! The product uses two AA batteries, not including the battery!

DIY Mini Solar Car Kit 4 Wheel Drive (Green Chassis) Let your kid discover the power of the sun. This cool DIY kit is solar powered and is complete fun to build. While there is a lot to learn about solar energy, this car also helps the kids understand the basic components of an automobile. The gear mechanisms exhibit conversion of one form of energy into another. The wheel sizes teach the kids about ground clearance, wheel bases and track widths, imparting a curiosity towards elementary engineering. It's time to make your own toy! Better yet, a solar-powered mini car, We all know Some kids really like to play outside, doing outdoor activities. So why not we give some support and let them play while learning! Get this kit to keep your kids occupied with hands-on activities while enjoying the "robot" moving around that is powered by green energy, renewable energy - Solar Power. This DIY kit is simple enough to be built by 4 years old children, with parents' help. And children 6 years old and above can build it by themself! Let them explore solar power and how it can help to save the earth by utilizing it! You can also let your kids understand how solar panel works and electric motor works. Awesome! Note: The solar panel is meant for OUTDOOR actual sunlight, indoor lighting will NOT generate sufficient energy to drive the car.