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

Mini DIY Tesla Coil Kit - Solderless Unleash the power of innovation with the DIY Kit Mini Tesla Coil. This un-assembled prototype kit operates on the principle of resonance, producing high-temperature plasma, wirelessly transmitting electricity and illuminating fluorescent lamps. The kit features easy assembly with a pre-installed primary coil on the PCB board, providing high efficiency and a compact design. Powered by 9-12V input voltage, this Tesla Coil is perfect for science projects, DIY enthusiasts, and educational purposes. The versatile components, including LED lights, capacitors, resistors, and more, offer a comprehensive DIY experience. Showcase the groundbreaking invention of Nikola Tesla and explore the realms of wireless electricity. Made with quality materials, this Tesla Coil ensures durability and longevity. Ideal for students, hobbyists, and science enthusiasts, the DIY Kit Mini Tesla Coil is a must-have for those seeking an educational and entertaining DIY experience.

NE555 + CD4017 Water Flowing Light LED Module DIY Kit This is NE555 + CD4017 Water Flowing Light LED Module DIY Kit. It has a double-sided board with a surface mount and a through-hole configuration. It is designed for users with advanced soldering skills. You must solder some components on the top surface and some components on the bottom side of the board. The module has a very simple assembly process that will take anywhere between 30 minutes to an hour. This kit is mainly composed of clock generation circuit and decimal counter circuit. The NE555 is the core self-excited multivibrator. The power supply charges the capacitor C1 through R2, R3 and R4. When C1 starts charging, the NE555 2 pin also At low level, the output pin 3 is high. When the power supply is charged to C2 to the 2/3 power supply voltage through R2, R3, and R4, the output pin 3 level changes from high to low. NE555 internal discharge tube guide Pass, capacitor C1 is discharged through pin 7 of R4, R3, NE555, until the voltage across C1 is lower than 1/3 of the power supply voltage, the level of the 3 pin of NE555 changes from low level to high level. C1 is charged again. This cycle forms an oscillation. The charging time is: 0.695 (R2+R3+R4)C1, the discharge time is: 0.695 (R4+R3)C1, the R4 can be adjusted to control the output frequency of the oscillator, and the clock oscillation signal of NE555 is continuously added to the 14th pin of CD4017. Ten LEDs are connected to the 10 outputs of the CD4017. When the 10 outputs of the CD4017 alternately generate a high level under the action of the clock signal, D1--D10 are sequentially illuminated to form a water-light effect. Adjust the R4 to adjust the flow speed of the LED light. Package Includes: 1 x PCB Board 1 x NE555 Chip 2 x 1μF Capacitance 1 x CD4017 Chip 1 x 2-Pin Bending 10 x 3mm Red LED 1 x 2.2KΩ Resistance 1 x 10KΩ Resistance 10 x 1KΩ Resistance 1 x 50KΩ Blue-white Potentiometer Specifications: Chip NE555, CD4017 Input Voltage 2.5 ~ 14.5 V PCB Size (LxWxH) 54.5 x 20.5 x 1.5 mm LED color Red Resistor Type SMD Weight 105gm

Otto DIY Kit for Interactive Robot compatible with Arduino The Otto DIY Kit is the perfect solution for DIY enthusiasts and educators. It is open source, Arduino-compatible, easy to assemble, 3D-printed, versatile, and available in various colors. Made with high-quality ABS material, this robot kit ensures the highest quality and durability.  Its Arduino-compatible technology provides easy programming and customization, guaranteeing an engaging learning experience. The material used in the robot offers robustness, making it suitable for indoor projects and perfect for education and hobbyists. Our DIY OTTO Robot Kit is easy to assemble and maintain with a straightforward design, designed to solve learning challenges. The robot kit, with its versatile functionality, measures compactly and is suitable for ages 10 and up. This kit is ideal for students, educators, and hobbyists. Features  Open Source Arduino-Compatible 3D-Printable Two-Legged Can Be Easily Programmed Can Walk, Dance, Sing, and Avoid Obstacles. Applications Educational Settings: The DIY OTTO Robot Kit is perfect for classrooms and workshops, providing a hands-on learning experience in robotics and programming. It helps students understand basic principles of electronics, coding, and engineering. STEM Projects: Ideal for Science, Technology, Engineering, and Mathematics (STEM) initiatives, this kit supports project-based learning, encouraging students to develop problem-solving skills and creativity. DIY Learning: Hobbyists and DIY enthusiasts can use the kit to explore and experiment with robotics, gaining practical experience in building and programming their own robots. Interactive Classroom Environments: Teachers can use the robot kit as a teaching aid to create interactive lessons and activities that engage students and enhance their understanding of technology. Robotics Competitions: The kit is suitable for robotics competitions, allowing participants to design and program their robots for various challenges, such as obstacle avoidance and dance routines. Tech Camps and Workshops: The DIY OTTO Robot Kit is a great resource for tech camps and workshops, providing participants with the tools to build and program their robots, fostering a passion for technology. Home Learning: Parents can use the kit to introduce their children to the world of robotics at home, providing an educational and fun activity that promotes learning and development. Prototyping and Customization: Makers and inventors can use the kit to prototype and customize their own robotic designs, leveraging the open-source nature of the kit for innovation. Skill Development: The kit supports the development of essential skills, including coding, engineering, and critical thinking, making it a valuable tool for both personal and professional growth. Entertainment and Creativity: The versatile functions of the robot, such as walking, dancing, and singing, provide entertainment and a creative outlet for users of all ages. Package Includes: Nano ATmega328 USB cable Nano I/O shield Ultrasound sensor Piezo buzzer DuPont easy to connect cables F/F AA battery case with switch 4 x micro servo motors Set of screws Otto DIY Robot Specification Brand  Otto Robot  Material Used  3D Printed Plastic Colour  Green, Red, Blue, Orange, Black, Purple and Pink Size 11cm * 7cm * 12cm Item Weight  255 grams

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

Solar Bullet train Educational DIY Solar Kit This DIY kit is perfect for families looking to teach their children about clean energy while having fun together. The Solar Bullet Train kit requires no batteries, making it easy to assemble and operate safely. It's also an eco-friendly and educational toy, making it ideal for school projects.With this kit, children can learn about the benefits of using free, renewable energy while improving their manual dexterity and problem-solving skills. As they assemble the parts and create their own solar-powered toy train, they'll discover how the sun's energy can be harnessed to drive small motors, reducing carbon dioxide emissions and protecting the environment.The Solar Bullet Train kit is a great way to enhance children's understanding of science, as well as their mental and practical abilities. By using their hands and brains to construct the train, they'll gain confidence in their ability to create and innovate with clean energy. check out : 3 in 1 Educational DIY Solar Robot Kit Package Includes 1 x Solar Bullet train kit Specifications Material Plastic Skill Level Beginner Weight  250 g

Solar-powered Black Cockroach Bug Toy  This is Solar Powered Vibrating Black Cockroach Bug for Children’s Educational purposes. Nice Toy as a gift for children. Toy & gadget to place in the office or home to scare and have fun with your friends and mate. No battery or other power source is needed, just put them under the sun to absorb energy from the sunshine to make them vibrating and move Both specially designed and eco-friendly, this product is also an excellent teaching tool to let your students know some basic knowledge about solar energy A fun demonstration of solar power. Package Includes: 1 x Solar powered Black Cockroach Bug Toy  Specifications: Power supply (V) Through Solar energy Color Black Dimensions 42 x 19 x 12 mm Weight 5gm

Solar Roller Coaster The Solar Roller-Coaster Energy Kit is an educational solar toy that runs on solar energy or battery power. This plastic kit features a solar concept house that showcases the principles and operation of solar energy. By playing with this toy, children can develop their environmental protection consciousness and inspire their exploration interests in green architecture. The Solar Roller-Coaster Energy Kit is an innovative DIY toy that lets children understand the power and charm of solar energy. The solar cells in the kit must be in the sun to generate power, which enhances children's understanding of energy-saving and environmental protection awareness. This kit is a perfect communicational bridge for you and your child to learn and play together while cultivating their intellectual and practical abilities. Package Includes 1 x Solar Roller Coaster kit Specifications Material Plastic Skill Level Beginner Weight  400 g

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.

TinyML Starter Kit with ESP32 Are you fascinated about machine learning and AI and you don't know where to start? If Yes, then this is the all New TinyML Starter Kit with ESP32 ingeniously curated by Iotcart. This Starter Kit is made for Machine Learning (ML) Enthusiasts who are willing to to understand how machine learning works. Machine Learning's computing systems makes it easier to understand the world around us them to a point where they can notice patterns, collect data, interpret it and give recommendations to solve real world problems with high level of precision.  With the help of this Machine Learning Kit, you will be able to understand the inner workings of Machine Learning System. This Kit comes with ESP32 Development Board, Sensors, Jumper Wires, LEDs, Resistor Box, Breadboard, Motor, Buzzer, battery, along with a Manual with complete Guide.  What you will Learn from this Kit? This is the optimum kit for a beginner who want to get started with learning TinyML and exploring it implementation on the ESP32 Board. It contains experiments that gradually increase in difficulty level from the beginner to intermediary concepts. It covers multiple machine learning paradigms such as classification and regression techniques in supervised learning as well as anomaly detection in unsupervised learning based on clustering techniques. Learn how to implement various applications such as gesture recognition, sensor calibration and anomaly detection based predictive maintenance. Prerequisites: Basic Understanding of embedded systems/Arduino and ESP32. Package Includes: 1 x ESP32 - 30 Pin 1 x Cable USB to Micro USB 1 x MPU6050 (Soldered) 1 x DHT11 Module 1 x Thermistor Sensor 1 x LDR sensor 1 x GY-302 BH1750 Light Intensity Module (Soldered) 1 x Gear Motor - 200 RPM (With Wire) 1 x Current Sensor - 5 Amp 1 x Voltage Sensor 1 x 9v Battery 1 x 9v Battery Cap 1 x Breadboard - Half breadboard 20 x Jumper Wires M-M 20 x Jumper Wires M-F 20 x Jumper Wires F-F 1 x Resistor Box 1 x Screw Driver- Single small one 5 x LED - ( Red) 1 x Buzzer- Goli Active Buzzer 1 x Manual Specifications: Microcontroller ESP-WROOM-32 Processor Tensillica Xtensa LX6 microprocessor with 2 cores NodeMCU Size 49mm x 25 mm Pin Spacing 0.9" (22.86mm) Clock Speed 160 MHz USB to Serial CP2102 USB Connector Micro USB Operating Voltage 2.5 V to 3.6 V Input Voltage 4.5V-15V Flash Memory 4MB SRAM 520KB ROM 448KB Digital I/O Pins 16 Analog In Pins 16 ADC Range 0-3.3V UART 2 SPI 1 I2C 1 CAN 2 WiFi Built-In 802.11 b/g/n