MatataStudio Activity Box Add-on Pack for Both Tale-Bot Robot The MatataStudio Activity Box is an add-on pack designed for both Tale-Bot Pro and Tale-Bot Basic robots, offering children an engaging way to explore coding through play. This fun and educational STEM toy for kids comes with 5 interactive maps, 1 blank map, 98 interactive stickers, 42 activity case cards, 32 command cards, and 3 creative papercrafts. With smart interactive technology, the Tale-Bot provides voice guidance, instant feedback, error warnings, and milestone celebrations, ensuring kids stay motivated and learn step by step in fun, interactive scenarios. Perfect for children aged 3–9, the Activity Box combines coding with creativity and exploration, helping kids build skills in science, math, social studies, ELA, fine arts, and social-emotional learning. Parents can easily support their children as they embark on their first coding adventures, making the STEM learning kit a playful yet powerful tool for learning, discovery, and confidence-building. Features: Rich learning materials – Includes 5 interactive maps, 1 blank map, 98 interactive stickers, 42 activity case cards, 32 command cards, and 3 papercrafts. Interactive coding play – Engages kids with coding games in fun, scenario-based activities. Smart robot integration – Works with Tale-Bot’s voice guidance, instant feedback, error warnings, and milestone celebrations. Multi-subject learning – Helps kids develop skills in science, math, ELA, social studies, fine arts, and social-emotional learning. Parents – Provides guidance and activities parents can easily use to support their child’s first coding adventures. Age- appropriate design- For children aged 3-9

Matatastudio Coding Robot Set for Kids Ages The Matatalab Coding Robot Set for Kids Ages 4 to 9 is a great choice if you’re looking for early programming kits for kids. With this coding robot kit, children can have fun learning how to control a robot by using special blocks to give commands. They can move the robot around using a Bluetooth command tower and board, making coding feel like playtime. This matatalab coding set is perfect because it doesn't need a screen, which is great for toddlers. The “Coding Like ABC” blocks are easy to use, so kids can learn without needing to read. Trusted by parents and teachers in over 50 countries, this robotics kits for schools helps kids learn early programming skills while sparking their creativity and interest in technology. Features: Easy to Start: Perfect for beginners, no coding experience needed! Creative Play: Kids use simple blocks to make the robot follow commands. Builds Skills: Teaches problem-solving, creative thinking, and teamwork. Screen-Free Fun: Safe, hands-on learning without screens. Expert Activities: Fun projects designed by STEAM experts to spark interest in coding. Expandable Learning: Add-ons like music and art kits make learning even more exciting. Perfect Gift: A great STEM toy gift for birthdays and homeschool for both boys and girls.

MatataStudio Exploration Maps for Tale-Bot & Coding Set Series Enhance your child’s learning journey with the Extra Maps Pack, specially designed for the Tale-Bot Series and Coding Set Series. This set includes 3 exploration maps covering 6 unique themes, giving children more opportunities to practice coding, storytelling, and creative thinking. The pack comes with a detailed instruction manual for guided activities and extra callout stickers to help teachers and students highlight key target languages. Covering important subjects such as Social Emotion, Language Expression, Society, and Language, these maps make learning more interactive and engaging, while supporting both classroom teaching and at-home exploration. Features: Compatible with Tale-Bot Series and Coding Set Series Includes 3 exploration maps, covering 6 engaging themes Comes with a detailed instruction manual for easy guidance Provides extra callout stickers for better classroom interaction and language practice Covers essential subjects: Social Emotion, Language Expression, Society, and Language Designed to support interactive learning for both teachers and students 3 Exploration Maps Contain: Science Exploration Maps- The Science Exploration Maps introduce children to fascinating scientific concepts through interactive storytelling and coding activities. These maps spark curiosity and help young learners understand the world around them in a fun, engaging way. Topics included: Plants and their fruits – Discover how different plants grow and the fruits they bear. The life cycle of a butterfly – Learn the stages of transformation from caterpillar to butterfly. History of robot development – Explore the evolution of robots and their role in society. Computer systems in life – Understand the importance of computers in everyday activities. Solar system – Journey through space to learn about planets and celestial bodies. Animal classification – Identify and categorize animals based on their characteristics. Mathematics Exploration Maps- The Mathematics Exploration Maps make learning numbers and problem-solving exciting through playful, real-life scenarios. These maps help children strengthen logical thinking, counting, and early math skills while having fun. Topics included: Shape Matching – Recognize and match different shapes to boost spatial awareness. Candy Game – Practice counting and simple arithmetic through a fun candy challene. Grandma's Little Helper – Solve everyday math problems while helping Grandma. Coins Collecting – Learn the value of money and enhance counting skills with coins. Vegetables Collecting – Sort and count vegetables to sharpen categorization skills. Shopping Design – Explore budgeting and planning while designing a shopping experience. Social Studies & Literacy Exploration Maps- The Social Studies & Literacy Exploration Maps help children develop emotional awareness, social understanding, and language skills. Through engaging activities, kids practice communication, storytelling, and cultural exploration in a playful way. Topics included: Emotion Hunt – Identify and understand different emotions to build social-emotional skills. Morning Routine – Learn about daily habits and routines that promote responsibility. My Town – Explore community roles and places within a town setting. Matata Travels around the World – Discover cultures and landmarks from around the globe. Phonics Practice – Strengthen language and reading skills through phonics activities. Funny Story Competition – Boost creativity and confidence by crafting and sharing stories.

MatataStudio Nous AI Set - AI Educational Robot Kit Introducing the MatataStudio Nous AI Set-a fantastic way to bring STEM and robotics education to primary and secondary schools! This cool, modular AI robot helps students learn about important topics like machine learning, neural networks, and speech recognition in a fun and interactive way. Setting up the Nous robot is super easy and takes just about 20 minutes. It’s made of strong metal, and the clear instructions make building it a breeze. Students can chat with the robot, draw pictures, and even explore how autonomous driving works, thanks to its ChatGPT-powered MatataChat feature. But that’s not all! The Nous AI Set also connects to the Internet of Things (IoT), allowing students to use features like a Topic Broadcasting Service and get real-time weather updates. It’s a hands-on learning tool that makes AI education exciting and accessible. If you want to inspire the next generation of tech leaders, the Nous AI Set is the perfect addition to your classroom! Features: Cool AI Robot: This robot is great for kids in primary and secondary schools to learn about AI. Easy to Build: You can set up the Nous robot in just 20 minutes with simple instructions. Strong and Sturdy: It’s made of tough metal, so it can last in a busy classroom. Fun Learning: Students can learn about things like machine learning and neural networks while having fun. Chat and Draw: With the MatataChat feature, students can talk to the robot and even make drawings. Driving Fun: The robot can drive on its own, which makes learning exciting. Connects to the Internet: The Nous can give updates on topics and the weather, making lessons even more interesting. Teaches STEM: It’s a great tool for teaching coding and technology in a hands-on way. Inspires Future Tech Leaders: Most importantly, it helps kids get ready to be the innovators of tomorrow! Applications: AI Education: Teaches AI and programming. Interactive Learning: Ideal for robot teaching sessions. Creative Projects: Promotes hands-on assembly. Competitions: Great for robotics contests.

MatataStudio Pro Coding Robot Set The MatataStudio Pro Coding Robot Set is a fun entry-level programming kit for kids ages 4 to 9. If you want to help your child learn coding in a fun way, this STEM educational toy is a great choice! It teaches kids important coding ideas like sequencing, conditions, and debugging while they play, helping them become more creative and good at problem-solving. What’s really cool about this robotic kit for kids is that it doesn’t use screens! The coding blocks have simple pictures on them, so kids can easily control the Matatabot’s movements on a playboard. They can use their imagination to make all kinds of fun projects. With the MatataStudio Pro Coding Robot Set, your child can start an exciting journey into the world of coding! Features: Entry-Level Programming Kit: Perfect for kids ages 4-9 to start learning coding. Hands-On Fun: Helps kids solve problems, be creative, and work together. No Screens Needed: Uses simple coding blocks with clear symbols. Spark Imagination: Kids can control the Matatabot by creating their own code. Learn Key Skills: Teaches basic ideas like sequencing and debugging. Fun Command Tower: Sends commands to the robot to make it move.

MatataStudio Talebot Coding Robot Kit For Kids The MatataStudio TaleBot Coding Robot Kit is a fun way for kids ages 3 to 6 to learn coding! This kit lets kids create their own stories with a little robot. They can use special maps to learn basic coding skills while playing games. With TaleBot, kids can control the robot and tell stories, helping them think creatively and logically. The TaleBot has up to 256 commands, making it easy for kids to learn programming. They don't need a tablet or phone—just press the colorful buttons to make the robot walk, sing, or dance! It even works with LEGO blocks, so kids can build different shapes. Plus, it supports three languages: English, Chinese, and Spanish! This coding robot is a great gift for birthdays or any special occasion, and it's a wonderful way to spark kids' imaginations! Features: Interactive Storytelling: Create and control stories through coding. Fun Learning: Game-based play makes coding enjoyable. Early Programming Skills: Up to 256 commands for sequencing, loops, and more. STEM Development: Interactive maps promote problem-solving and creativity. DIY Creativity: Compatible with LEGO for building fun shapes. Screen-Free Coding: Control the robot using command buttons, no screens needed. Multilingual Support: Available in English, Chinese, and Spanish. Perfect Gift: Ideal for birthdays and special occasions.

Matek Systems PDB-XT60 Power Distribution Board The Matek PDB power distribution board has been engineered to provide the highest possible performance and reliability in a 36 x 50mm and 4 layers PCB. It distributes power from a lipo pack to 6 ESC's , as well as providing synchronized regulated dc 5v outputs and linear regulated dc 12v for powering cameras, servos, RC receivers, flight controllers , video transmitters, LEDs, etc.

Matrix 16 Button Keypad Module (4x4 Keypad) The 4 X 4 Matrix Keypad (RM0947) is a very simple one from have 16 tactile keys connected to the male headers across the resisters on the same board. It is very small and easy to carry. Its simplicity is hexadecimal to give the power to the keypad and connect the headers to the microcontroller's input port with whenever pin female connecting wire. When one tactile key is pressed its corresponding pin with Rows and column intersection gets high logic. The connection to the keypad is divided into rows and columns. There are four rows and 4 columns that provides HexaDecimal Output is generated whenever any switch is pressed. The hexadecimal generated can be sent directly to the control unit for logical operation. This 4 X 4 matrix keypad is compatible with most of the controller boards available on Iotcart.com that ranges from 8051 to Arduino Boards. Since the Output and the input of the keypad is digital in nature so, it can also be interfaced to motor driver circuit available on Iotcart.com. How it Works? First test whether any key is pressed down. Connect power to rows, so they are High level. Then set all the rows R1-R4 as Low and then detect the status of the columns. Any column of Low indicates there is key pressing and that the key is among the 4 keys of the column. If all columns are High, it means no key is pressed down. Next, locate the key. Since the column in which the pressed key lies is identified, knowing the line would finalize the testing. Thus, set the rows as Low in turns until any is unveiled accordingly – other rows will still be High. Now the row can be identified. Detect the status of each column in turns. The column tested Low is the one intersecting with the line – their cross point is just the key pressed. Applications: Password Protected Door Security System Wired Remote Controlled Robot Electronic Voting Machine Generating External Interrupt Musical Keypads and many more

MAX17048 Li-Poly Li-Ion Fuel Gauge Breakout Board Mini - 7Semi The 7Semi MAX17048 Li-Poly/Li-Ion Fuel Gauge Mini Breakout is a highly compact and efficient module designed for monitoring single-cell lithium-ion or lithium-polymer batteries. Powered by the MAX17048 IC, it delivers precise state-of-charge (SoC) readings without the need for an external current-sense resistor, simplifying design and saving space. The module features an I2C interface for effortless communication, making it easy to integrate into a variety of microcontroller-based projects. Ideal for portable electronics, this breakout board offers real-time battery monitoring, enhancing system reliability and performance. Features: Accurate SoC Monitoring: Uses MAX17048’s fuel gauge algorithm for real battery percentage readings. Microcontroller Friendly: Compatible with Arduino, Raspberry Pi, and more. Dual Voltage Support: Operates with both 3.3V and 5V logic levels. Simple Integration: Easy battery hookup and I2C interface for quick setup.

MAX30100 Pulse Oximeter Heart Rate Sensor Module MAX30100 Pulse Oximeter is an optical sensor that derives its readings from emitting two wavelengths of light from two LEDs – a red and an infrared one – then measuring the absorbance of pulsing blood through a photodetector. This particular LED colour combination is optimized for reading the data through the tip of one’s finger. It is fully configurable through software registers, and the digital output data is stored in a 16-deep FIFO within the device. It has an I2C digital interface to communicate with a host microcontroller. The pulse oximetry subsystem in the MAX30100 sensor consists of ambient light cancellation (ALC), 16-bit sigma delta ADC , and a proprietary discrete-time filter . This biomedical sensor has an ultra-low-power operation, which makes it ideal for battery-operated systems. It can be used in wearable devices, fitness assistant devices, medical monitoring devices, etc. The MAX30100 module operates from 1.8V and 3.3V power supplies and can be powered down through software with negligible standby current, permitting the power supply to remain connected at all times. Learn how to use MAX30100 with Arduino - Click Here Download the datasheet of this sensor MAX30100 Sensor Module Pinout Pin Name Function VIN Power supply pin (3.3V or 5V from Arduino) SCL I2C Clock Line – Connect to Arduino's SCL pin SDA I2C Data Line – Connect to Arduino's SDA pin INT Interrupt pin – Goes low when data is ready or on pulse detection IRD Activates IR LED for heart rate and SpO2 monitoring RD Activates Red LED – Used for SpO2 measurement GND Ground – Connect to Arduino's ground Features High signal-to-noise ratio (SNR) for improved measurement accuracy Measures the absorbance of pulsing blood to determine heart rate and SpO2 Compact and fully integrated pulse oximetry and heart rate monitoring module Robust against motion artefacts and ambient light interference Operates at 3.3V – a complete pulse oximeter and heart rate sensor solution Integrated design with built-in LEDs, photodetector, and high-performance analogue front-end Optical sensor with IR and Red LEDs combined with a photodetector Ultra-low power consumption – ideal for wearable and battery-powered devices Supports high sample rate and fast data output for real-time monitoring I2C interface with an additional INT (interrupt) pin for efficient communication