Pludo Paper Plane Launcher Kit – Friction Force Fun Carrier Catapult for Kids (11–14 Yrs) | Grade 6–8 Physics Learning Toy The Pludo Paper Plane Launcher Kit – Friction Force Fun Carrier Catapult helps students (ages 11–14, Grade 6–8) learn the concepts of friction and motion through a hands-on activity. This science experiment kit allows children to build a working catapult and observe how force and surface texture affect movement. As students assemble and test the launcher, they observe how different forces and surface interactions affect movement and distance. The kit works by using two motor-powered wheels positioned close to each other. When the paper plane is guided into the launcher and activated, friction between the paper and the rotating wheels generates forward force, launching the plane in a targeted direction. This simple mechanism clearly demonstrates how friction can be used to transfer energy and create motion. It encourages practical learning, problem-solving, and curiosity in physics. Ideal for classroom experiments, STEM clubs, or home learning. A great educational tool for students to explore science in a fun and interactive way. What Your Child Will Learn Build and test a working catapult model to explore physics in action. Understand how friction and force interact to control movement. Learn the concept of surface resistance and how it affects speed and distance. Strengthen problem-solving, focus, and motor skills through hands-on experimentation. Gain a deeper appreciation for real-world science applications in engineering and motion. Encourages teamwork and curiosity - perfect for STEM classrooms or home learning. Educational Outcomes Force & Motion: Discover how energy is stored, released, and transferred to move objects. Friction & Resistance: Observe how different surfaces influence motion and stability. STEM Integration: Connect physics and engineering through creative experimentation. Critical Thinking: Enhance reasoning and analysis by predicting and testing outcomes. Collaboration & Focus: Build teamwork skills while learning core science concepts through play. 💡 Did You Know? Catapults have been used for over 2,000 years — from ancient engineering to modern-day physics lessons — demonstrating how friction and force shape motion! Features Designed for students aged 11–14 years (Grade 6–8), aligned with NEP 2020 learning goals. DIY-based activity: Students build the catapult themselves to understand real-life applications of friction and motion. Promotes hands-on learning and critical thinking through simple, safe experiments. Encourages exploration of basic physics principles like force, friction, and surface resistance. Ideal for school science projects, STEM classrooms, or home-based learning. Made from durable, child-safe materials for repeated experiments and long-term use. A perfect educational gift for young science enthusiasts, inspiring curiosity and creativity. Requires adult or STEM tutor supervision for the best and safest learning outcomes.

Pludo Traditional Well STEM Kit – DIY Smart Toy for Kids 8–11 | Grade 3–5 Wheel Transmission Project Let your child explore the wonders of mechanics with the Pludo Traditional Well STEM Kit – a DIY Smart Toy designed for kids aged 8–11 (Grade 3–5). Through this hands-on project, children build a working pulley system and learn how wheel transmission helps lift or move objects efficiently - turning theory into fun, practical learning. This interactive STEM toy for kids encourages problem-solving, logical thinking, and creativity while helping them understand the basics of simple machines. Each activity in the learning kit promotes curiosity and confidence by allowing children to experiment and see real results. The Pulley Well demonstrates wheel-and-axle motion, where turning the handle lifts or lowers a bucket. It shows how pulleys reduce effort and provide mechanical advantage in lifting objects. Perfect for school projects or home experiments, this STEM learning toy makes science both exciting and educational. It’s a wonderful science experiment kit for young innovators and an engaging STEM learning kit that also makes for a thoughtful gift for curious minds. What Your Child Will Learn Learn how pulley systems reduce effort and make lifting easier. Understand wheel transmission, load distribution, and basic mechanics through guided play. Strengthen fine motor skills, coordination, and logical thinking while assembling the model. Build problem-solving and creative thinking through experimentation and hands-on exploration. Encourage an early interest in engineering and STEM concepts through fun, interactive play. Educational Outcomes Simple Machines: Explore how pulleys work and why they are essential in everyday machinery. Physics of Force: Understand how direction and effort change when using wheels, ropes, and axles. Engineering Skills: Learn about mechanical advantage and movement through real-world application. Cognitive Development: Boost critical thinking, observation, and reasoning abilities through structured building. STEM Confidence: Encourage independent discovery and scientific curiosity through practical experimentation. 💡 Did You Know? Pulleys have been used for over 2,000 years - from ancient wells to modern cranes - because they make lifting heavy loads much easier! Features Hands-on DIY Learning: Kids build their own pulley system, discovering how wheel transmission works through real, practical learning. STEM-Aligned Activity: Designed to strengthen understanding of basic physics and engineering, enhancing creativity and problem-solving skills. Safe & Durable Materials: Made with high-quality, eco-friendly components suitable for young learners. Guided Assembly: Includes easy-to-follow instructions; best used with adult or STEM tutor supervision for an effective learning experience. Perfect Educational Gift: A thoughtful choice for birthdays, return gifts, classroom activities, or STEM workshops. Encourages Curiosity: Nurtures an early interest in science, mechanics, and STEM learning through interactive play.

Pludo DIY Trash Sorter STEM Kit – Recycling and Waste Management Learning Kit for Mont-2 | Ages 3–5 The Pludo DIY Trash Sorter STEM Kit is an engaging early-learning kit designed for children aged 3–5 years (Mont-2) to explore recycling and waste management through fun, hands-on play. This interactive DIY activity allows young learners to build and use their own garbage sorting station, helping them understand the importance of cleanliness and sustainability at an early age. As children play and sort waste into different bins, they develop fine motor skills, hand–eye coordination, problem-solving ability, creativity, and early critical thinking. Designed for both home and classroom use, this kit works as an educational learning toy, an interactive play kit, and a school toy that makes environmental learning practical, visual, and enjoyable for young minds. With simple mechanisms and assisted learning features, the Pludo DIY Trash Sorter turns everyday habits into meaningful learning experiences and helps children build a strong foundation for responsible behavior through play-based learning. What Your Child Will Learn Learn what recyclable, non-recyclable, and organic waste mean. Understand the basics of waste segregation and why it matters. Strengthen fine motor skills through sorting, placing, and operating the model. Encourage early environmental awareness and responsible habits. Build confidence through independent play and guided discovery. Educational Outcomes Environmental Science Basics: Learn how proper waste sorting helps protect the environment. Cognitive Development: Improve memory, categorization, and early logical thinking. Practical Life Skills: Understand the role of recycling in daily life and community health. STEM Foundations: Boost reasoning and observation skills as kids sort and classify objects. Curiosity & Creativity: Encourage open-ended discussions about nature, sustainability, and responsibility. 💡 Did You Know? Teaching waste segregation at a young age helps children develop lifelong eco-friendly habits, making them more conscious citizens in the future! Features Hands-on DIY Kit: Children build and operate their own garbage sorting station, making learning interactive. STEM-Aligned Learning: Introduces basic environmental science and recycling concepts for early learners. Safe & Durable Materials: Made from eco-friendly, child-safe components for worry-free play. Guided Assembly: Comes with clear instructions; suitable for adult or STEM tutor supervision. Perfect Educational Gift: Ideal for birthdays or school projects, combining fun, creativity, and learning. Encourages Curiosity: Promotes problem-solving, critical thinking, and understanding of sustainability principles

NVIDIA Jetson Orin NX 8GB RAM 70 TOPS AI Embedded Module T801 AI Developer Kit The NVIDIA Jetson Orin NX 8GB RAM 70 TOPS AI Embedded Module T801 AI Developer Kit is a compact yet powerful edge AI platform built for developers and innovators who need serious computing performance in a small footprint. Equipped with 8GB RAM and delivering up to 70 TOPS of AI performance, this module enables real-time machine learning, computer vision, and autonomous processing directly on the device—without depending on cloud connectivity. It is perfectly suited for robotics, smart surveillance systems, industrial automation, and advanced IoT solutions. With full support for popular AI frameworks like TensorFlow and PyTorch, along with NVIDIA’s JetPack SDK, the kit streamlines development, testing, and deployment of intelligent systems. Whether you are prototyping an AI concept or building a production-ready solution, this developer kit offers the performance, flexibility, and reliability required for next-generation embedded AI applications. Hardware Overview: Applications: 1. Practical Application in Security Monitoring Scenarios 2. Practical Application in Smart Gas Station 3. Practical Application in Smart Petroleum Providing simultaneous assistance for channel video analysis. Provide support for smoke, fire, personnel area monitoring, fall detection, safety helmet recognition, tools, gauges, oil level, and valve direction. 4. Practical Application | Identification of Unidentified Objects in Power Transmission Providing simultaneous support for four-channel video analysis Unidentified object recognition, fireworks, and engineering vehicles. Subsequent additions, aberrant insulators, pins, bird spikes, Features: Built on NVIDIA Jetson Orin NX architecture 8GB RAM for smooth AI model execution Up to 70 TOPS AI performance for real-time inference Optimized for edge AI and embedded systems Supports TensorFlow, PyTorch & NVIDIA JetPack SDK Low power consumption with high computational efficiency Ideal for robotics, smart vision, and industrial automation applications

BNO085 9-DOF Orientation IMU Sensor Fusion Nano Breakout Board The BNO085 9-DOF Orientation IMU Sensor Fusion Nano Breakout Board is a powerful and compact motion-sensing solution designed for precise orientation and movement tracking. This BNO085 IMU Sensor combines a 3-axis accelerometer, gyroscope, and magnetometer with an advanced onboard sensor fusion engine that processes raw data into accurate orientation outputs in real time. By handling sensor fusion internally, it reduces processing load on the host microcontroller while delivering reliable heading, rotation, and motion data. With support for I2C and SPI interfaces, the board integrates easily into robotics, VR/AR devices, drones, and IoT systems that demand responsive and accurate motion feedback. Features: Advanced Sensor Fusion: 9-axis integration provides exact data outputs such as acceleration, angular velocity, and magnetic field strength. Low Power use: The ARM Cortex M0+ processor has been optimized for efficient energy use in portable devices. Versatile Compatibility: Backward compatible with BNO080, providing increased dependability through SPI compatibility fixes. Comprehensive Data Reporting: Supports a wide range of calibrated, uncalibrated, and raw data reporting. Enhanced Detection and Classification: Includes stability detection, motion detection, activity classification, and unique AR/VR rotation vectors. Developer-Friendly Interface: I2C interface allows for easy integration with numerous device designs.

Pludo Internal Combustion Engine Model Educational Toy – Energy Conversion STEM Kit for Ages 11–14 | Grade 6 to 8 The Pludo Internal Combustion Engine Model Educational Toy – Energy Conversion STEM Ki is a fun and hands-on way for children aged 11–14 (Grades 6–8) to explore the fascinating world of energy transformation. This educational toy for kids allows them to assemble a working engine model, helping them understand how energy converts from one form to another while developing practical STEM skills. Designed to make complex concepts simple and engaging, this STEM kit introduces key ideas in physics, mechanics, and engineering through practical learning. The model works by using a battery-powered motor that rotates the internal gears, piston, and crankshaft. As the system runs, it also demonstrates the opening and closing of the inlet and exhaust valves, visually explaining how an internal combustion engine operates. This clear mechanical movement helps children understand how different engine components work together to produce motion. Perfect for classroom projects, home learning, or STEM workshops, this engine model is an ideal addition to any collection of kids learning toys and DIY toys, inspiring curiosity and a love for hands-on experimentation. What Your Child Will Learn Learn how mechanical parts move and interact to create energy transfer. Understand the basics of energy conversion — from electrical energy to mechanical motion. Strengthen problem-solving and engineering skills through hands-on experimentation. Develop fine motor coordination, patience, and logical thinking while assembling the model. Build a strong foundation for future studies in physics, robotics, and engineering. Educational Outcomes Energy Conversion in Action: Witness how stored electrical energy powers moving parts, demonstrating real physics principles. Mechanical Understanding: Explore gears, pistons, and motion in an easy-to-grasp way. STEM Application: Reinforces key science concepts from classroom lessons through practical, self-paced learning. Critical Thinking & Focus: Encourages observation, analysis, and iterative learning through trial and correction. Innovation & Curiosity: Inspires kids to think like engineers and understand how machines around them work. 💡 Fun Fact: Every car engine operates on the same concept of energy transformation your child will see in this model - converting stored energy into motion! Features: Hands-on STEM learning that teaches energy conversion through a working engine model. Encourages problem-solving, creativity, and critical thinking in kids aged 11–14. Easy-to-assemble DIY kit with child-friendly parts for safe and interactive learning. Demonstrates real-world physics concepts like mechanics and energy transformation. Made from high-quality, durable, and eco-friendly materials for safe play and long-term use. Ideal for classroom projects, home experiments, and STEM workshops. A fun and educational toy that sparks curiosity and nurtures a love for science.

Pludo Hologram Projector STEM Kit – Concepts of Light & Refraction for Kids 14–16 | Grade 9–10 DIY Science Toy Bring the magic of holography to life with the Pludo Hologram Projector STEM Kit, an exciting blend of innovation, curiosity, and creativity. This hands-on science kit introduces children to the fascinating world of light refraction, reflection, and 3D projection in a fun and engaging way. By building their own working holographic projector, kids get to see how light behaves to form real, floating 3D images, making science both exciting and easy to understand. This kit demonstrates how light bends (refraction) and reflects to form images. By observing a 3D-like hologram, learners see how light behavior creates virtual images using optical geometry. Designed as one of the most interactive educational toys, this science experiment kit helps children strengthen analytical thinking, spatial awareness, and problem-solving skills. Each step of the assembly process encourages exploration and curiosity while providing practical exposure to optics and visual perception. Perfect for home experiments or classroom projects, this DIY toy inspires children to think creatively while having fun. An excellent choice among science toys for kids, it makes learning a truly illuminating experience. What Your Child Will Learn Learn how light bends (refraction) and changes direction using transparent materials. Understand how reflection and optical angles work together to create holographic effects. Explore how lenses and geometry shape and manipulate light to form 3D-like visuals. Strengthen innovation, problem-solving, and scientific reasoning through hands-on experimentation. Build a functioning holographic projector that demonstrates the principles used in modern visual technology. Educational Outcomes Optics & Visual Science: Gain foundational understanding of refraction, reflection, and holography. STEM Concept Integration: Connect physics, geometry, and technology through guided experiments. Analytical Thinking: Develop deeper reasoning skills by predicting, testing, and refining results. Technology Relevance: Understand how optical principles are applied in devices like projectors, VR displays, and imaging systems. Science Fair–Ready Learning: Support advanced school projects with a hands-on optical model. 💡 Did You Know? Holograms work by manipulating light wave interference — the same scientific principles your child explores through this kit! Features Hands-on DIY science toy introducing light refraction, reflection, and holography through real-world experimentation. Encourages curiosity, innovation, and problem-solving as kids build their own working holographic projector. Made with durable, child-safe materials for long-lasting and secure use. Suitable for ages 14–16 (Grade 9–10), offering an age-appropriate introduction to optical and visual science. Promotes understanding of how light and lenses interact to create holographic illusions in an engaging format. Ideal for home experiments, classroom demonstrations, or science fair projects. Includes a detailed step-by-step instruction manual for smooth assembly and guided learning. Makes a thoughtful science gift for birthdays, holidays, or young innovators fascinated by technology and optical phenomena.

Pludo STEM Kit Blow Gun – DIY Atmospheric Pressure Science Toy for Kids 8–11 | Grade 3–5 Air & Force Model Bring science to life with the Pludo STEM Kit Blow Gun, a hands-on atmospheric pressure kit designed for curious learners aged 8–11 years (Grade 3–5). This engaging kit helps children discover how invisible air can create powerful forces by experimenting with suction, pressure differences, and real-world air effects. Through fun, easy-to-understand activities, kids get to see how air pushes, pulls, and moves objects - turning everyday science into exciting play. Perfect for both home learning and classroom exploration, the Air Magic kit encourages children to observe, predict, and understand phenomena they encounter daily, like why straws work or why suction cups stick. With safe materials, simple assembly steps, and thoughtfully designed experiments, this STEM kit builds scientific confidence while making learning fun, interactive, and full of “wow!” moments. What Your Child Will Learn Understand how atmospheric pressure works and how air exerts force in different directions. Learn concepts like suction, air pressure differences, and how vacuum effects are created. Strengthen scientific reasoning by conducting experiments that show push–pull forces. Explore real-life applications like drinking through a straw, using syringes, and suction devices. Boost curiosity and confidence by experimenting with air movement and pressure-based reactions. Educational Outcomes Atmospheric Pressure Concepts: Learn how the air around us creates force and affects objects. Push & Pull Forces: Understand how pressure differences cause movement. STEM Skill Development: Enhances critical thinking, observation, experimentation, and logic. Real-World Relevance: Connects to everyday items like cups, bottles, and syringes. Active Learning: Encourages hands-on exploration and problem-solving through guided experiments. 💡 Did You Know? Atmospheric pressure is strong enough to crush a metal can — the same force your child experiments with in this kit, just on a smaller scale! Features A hands-on DIY science kit that teaches atmospheric pressure, suction, and force in a simple, engaging way. Encourages creativity, experimentation, and logical thinking through fun pressure-based activities. Made using safe, durable, child-friendly materials ideal for growing learners. Suitable for kids aged 8–11 years (Grade 3–5) with concepts aligned to school-level physics. Helps children understand air pressure, force, and real-world applications through guided experiments. Perfect for home experiments, school activities, science fairs, or STEM club challenges. Comes with all required materials and a clear step-by-step instruction manual. Makes a thoughtful educational gift for birthdays, holidays, or science-themed occasions, perfect for young physicists!

Pludo Air Magic STEM Kit – DIY Science Toy for Kids 3–5 | Mont-2 Bernoulli’s Law Learning Activity The Pludo Air Magic STEM Kit is a fun and educational science toy designed for young learners aged 3-5. Inspired by Bernoulli’s Law, this hands-on kit helps children explore the concept of air pressure and motion through exciting, real-world experiments. The kit demonstrates Bernoulli’s Principle, where fast-moving air creates low pressure. As air flows under the ball, pressure differences lift it upward, showing how airflow creates lift like an airplane. Perfect for preschool and early grade students, it encourages curiosity, observation, and practical learning. Ideal for classroom activities or home experiments, this learning kit promotes early STEM understanding while making science enjoyable. It also makes a thoughtful choice for school toys and birthday gifts that blend fun with education. What Your Child Will Learn: Discover how air pressure and airflow cause objects to float and spin. Strengthen hand–eye coordination, focus, and motor skills through active play. Build early scientific curiosity as children experiment with cause and effect. Encourage creativity and imagination as they explore how air interacts with objects. Make early STEM foundations fun and memorable for little learners. Educational Outcomes: Air Pressure & Motion: Understand the basics of how moving air creates lift, an early exposure to Bernoulli’s Principle. Observation & Inquiry: Develop curiosity by observing how the ball rises, falls, and spins. Critical Thinking: Learn to ask questions and predict outcomes during play-based experiments. STEM Readiness: Prepare young learners for future science concepts through age-appropriate hands-on exploration. Early Skill Development: Improve focus, coordination, and problem-solving through interactive learning. Did You Know? Children grasp scientific ideas faster when they can see and feel them — making hands-on airflow experiments perfect for early learners! Features Age-Appropriate Learning: Designed for kids aged 3–8 years (Preschool to Grade 2) as per NEP 2020 guidelines. DIY Science Toy: Introduces children to Bernoulli’s Principle through an engaging air experiment where the ball floats and spins, making science fun and interactive. Educational Value: Promotes curiosity, observation, and an early understanding of air pressure and motion concepts. Safe & Engaging: Made from durable, child-safe materials; ideal for classroom activities or guided home learning under adult/STEM tutor supervision. Perfect Gift for Young Learners: A creative educational gift that blends fun and learning-perfect for birthdays, school fairs, or early science projects. Encourages Practical Learning: Enhances hand–eye coordination, focus, and critical thinking as children explore science through play.

Official Arduino UNO Q SBC 4GB ABX00173 The Arduino UNO Q SBC 4GB ABX00173 is a powerful and humanized dual-brain development platform designed to seamlessly bridge high-performance computing with real-time control. Featuring a Linux® Debian-capable Qualcomm® Dragonwing™ QRB2210 microprocessor alongside a real-time STM32U585 microcontroller (MCU), this 4GB variant delivers enhanced memory capacity for demanding AI-driven applications. Whether you're building systems for object recognition, voice commands, motion detection, or other intelligent edge applications, the Arduino UNO Q 4GB provides the perfect balance between a full-fledged single-board computer and precise microcontroller control. It’s not just Arduino—it’s a complete innovation platform ready to power your next advanced project. This edition of Arduino UNO Q has 4 GB of RAM and 32 GB of eMMC, making it the best choice if: You plan to use UNO Q in single-board computer (SBC) mode. Your application requires numerous high-level processes to execute at the same time. You intend to use larger, more complex AI or machine learning models (such as high-resolution computer vision or advanced audio processing). You'll need enough of built-in storage for logs and data, as well as a strong development environment. The Arduino UNO Q is the ideal tool for prototyping your next robotics or IoT project because: All-in-One Toolbox: The Arduino UNO Q is a versatile tool that combines the Dragonwing™ QRB2210 microprocessor (MPU) with a real-time STM32U585 microcontroller (MCU), making it ideal for any project. AI in a blink: Discover AI-powered vision and sound solutions that respond to their surroundings. Millions of Arduino users have created libraries, sketches, and projects for the UNO ecosystem. Compatible with the Arduino UNO ecosystem: UNO Q is compatible with a wide range of Arduino hardware, including old UNO shields and new carriers, as well as Modulino® nodes and third-party modules via the Qwiic connector. Streamlined software experience: In addition to the Arduino IDE and Arduino Cloud, you can get started with a plethora of pre-built examples and AI models available through Arduino App Lab. Seamless, unified development: create classic Arduino Sketches, code in Python® using the pre-installed Linux® Debian OS, or combine the two from a single interface - easy with Arduino App Lab. What is the Arduino App Lab? Unified Developer Experience App Lab is a brand-new comprehensive development environment that unifies the journey from Linux® to real-time OS. Preloaded on the UNO Q, App Lab combines Arduino Sketches, Python® scripts, and containerized AI models to create fully integrated applications that can be administered from a single interface. Ready-to-use Apps and Bricks Get started quickly with Arduino Apps, self-contained examples that include everything you need. Add plug-and-play capabilities to your projects using pre-built Bricks to help you push your ideas even further. Pre-loaded AI models With pre-loaded AI models in Arduino App Lab, you can use real-world data for a variety of tasks, including object/human detection, anomaly detection, image categorization, sound recognition, and keyword spotting. Find out more in the official documentation . Features: Microprocessor: Qualcomm® Dragonwing™ QRB2210 Microcontroller: Real-time, low-power STM32U585 MCU RAM: 4 GB LPDDR4 Storage: 32 GB eMMC built-in (no SD card required) Connectivity: Dual-band Wi-Fi® 5 (2.4/5 GHz), Bluetooth® 5.1 High-speed headers: Power advanced peripherals – vision, audio, display Classic UNO headers: Mount shields to add capabilities LED matrix: 8 x 13 LED matrix for visual creation and feedback USB-C connector: Power delivery, video output, or connect keyboard, mouse, USB microphones or USB cameras via dongle Qwiic connector: Expand easily with Modulino® nodes – no soldering required

Pludo Clap Racer DIY Car Kit for Kids 8–11 | Grade 3–5 Voice-Controlled Robotic Car Fuel your child’s curiosity and creativity with the Pludo Clap Racer DIY Car kit designed for kids aged 8–11 (Grade 3–5). This hands-on kit lets children build their own working voice-controlled car, learning basic electronics and engineering concepts while having fun. The car operates using a sound sensor that detects claps or loud noises. When sound is detected, the circuit activates the motor, allowing the car to move for a few seconds. This demonstrates how sound signals can control motion, making learning practical and engaging. Assembling the car encourages problem-solving, critical thinking, and fine motor skills, making science exciting and interactive. It’s not just a project - it’s an engaging Voice-Controlled toy Car that brings learning to life. Perfect for home or classroom use, this kit is part of a collection of activity kits and also doubles as one of the most fun science toys for kids. It appeals to curious minds who enjoy smart toys for kids that combine creativity, STEM learning, and interactive play. What Your Child Will Learn Learn how sound waves and sensors interact to control movement. Understand basic electronics and mechanical motion through guided experimentation. Strengthen problem-solving and logical reasoning skills while assembling the car. Boost fine motor coordination and focus by connecting real working components. Build confidence, curiosity, and creativity through self-driven discovery. Ideal for home learning, classroom STEM sessions, or science fairs. Educational Outcomes Sound & Motion Integration: Explore how sound energy can be used to power and control machines. Electronics & Circuits: Learn how simple components like sensors, switches, and motors interact. Mechanical Principles: Understand how gears, wheels, and motion combine in robotics. Critical Thinking: Improve observation, troubleshooting, and logical reasoning skills. STEM Confidence: Build a strong foundation in science and technology while having fun creating. 💡 Did You Know? The same sound-sensing technology used in your child’s car is similar to what’s used in voice assistants and smart devices today! Features DIY Car Kit: Kids assemble their own working voice-controlled car, making learning interactive and rewarding. Voice-Controlled Fun: Introduces basic electronics and mechanics through hands-on play. Enhances Critical Skills: Encourages creativity, problem-solving, and fine motor skill development through assembly. Safe & Durable Materials: Made with high-quality, non-toxic components for safe and long-lasting use. Ideal for Home or Classroom: Perfect for guided STEM lessons or individual projects at home or school. Perfect Gift for Kids: A thoughtful, educational present for birthdays, holidays, or science fairs, combining fun, creativity, and learning in one kit.

2-String 20A Lithium Battery Protection Module Balanced Version The 2-String 20A Lithium Battery Protection Module (Balanced Version) is a safety board designed to protect and manage 2-cell (2S) lithium battery packs used in 7.4V to 8.4V systems. It helps prevent overcharging, over-discharging, over-current, and short-circuit conditions, keeping your battery pack safe and extending its life. This balanced version also ensures both cells charge and discharge evenly, improving performance and longevity. This protection board supports up to 20A continuous current, making it suitable for small-to-medium power applications like portable electronics, DIY battery packs, e-bikes, scooters, and other battery-powered devices. Its compact design and easy wiring make it a practical choice for both hobbyists and experienced builders looking to add reliable protection to their lithium battery systems. Features: Designed for 2-cell (2S) lithium battery packs (7.4V / 8.4V) 20A continuous current support for stable performance Cell balancing function to maintain equal charge levels Protects against over-charge, over-discharge, over-current, and short circuit Helps extend battery life and improve safety Compact board size for easy integration into battery packs Suitable for DIY battery packs, power tools, and portable devices

SmartElex Micro:Bit Gator Microphone Accessory Board SmartElex Micro:Bit Gator Microphone Accessory Board is a compact audio input module designed for sound-based projects using the BBC micro:bit. It enables students, hobbyists, and educators to capture and measure sound levels, making it easier to explore audio interaction, environmental monitoring, and voice-triggered responses. This board helps simplify sound detection tasks without complex circuitry, making it ideal for classroom STEM learning, beginner prototyping, and creative electronics projects where ease of use matters. This gator microphone micro:bit accessory integrates seamlessly with the micro:bit ecosystem through alligator clip connections, allowing quick setup for sound-reactive experiments, robotics projects, and IoT prototypes. It provides a reliable interface for building projects such as noise meters, sound-activated indicators, interactive art, or classroom activity monitors. Whether used in a school environment or by independent makers, it offers a straightforward way to introduce audio sensing to microcontroller projects while encouraging hands-on learning and innovation. Features: Fully compatible with gator:bit and micro:bit audio projects Built-in ADS1015 ADC for accurate sound level measurement Supports multiple modes: Single-Shot, Continuous Conversion, and Duty Cycling Single-ended analog input configuration with adjustable full-scale range 12-bit differential / 11-bit single-ended resolution for precise signal capture Sample rate options from 128 Hz to 3.3 kHz for varied recording needs Low-power operation with typical draw between 150μA–200μA Communicates via I2C with default address 0x48 Integrated electret microphone with omnidirectional pickup pattern Frequency response range of 20 Hz to 16,000 Hz for everyday sound detection Includes LMV324 Op-Amp for stable and amplified audio signal processing Wide operating voltage support from 2.0V to 5.5V, suitable for microcontrollers Designed for STEM classrooms, prototyping, IoT sensing, and audio experiments

SmartElex 12V 10A Single Channel Power Relay Module The SmartElex 12V 10A Single Channel Power Relay Module is a reliable switching solution designed to control high-power electrical loads using low-voltage control signals. It helps safely operate devices that draw higher current without directly connecting them to sensitive control circuits. This module is suitable for students, makers, engineers, educators, and startups who are working on electronics projects, automation systems, or prototypes that require dependable and safe power switching. This single channel power relay module is widely used in robotics, IoT applications, home automation, and industrial control projects where motors, lights, pumps, or appliances need to be switched on and off reliably. It can be easily interfaced with popular platforms such as Arduino, Raspberry Pi, and ESP32, making integration simple for both learning projects and real-world systems. The sturdy design and consistent performance make it a practical choice for prototyping as well as final deployment in power control applications. Features: Single channel power relay module for high-current load switching Operates on 12V, suitable for automation and control applications Supports up to 10A load current for power devices Electrical isolation between control and load circuits for safety Compatible with Arduino, Raspberry Pi, ESP32, and similar boards Compact and durable design for easy integration

SmartElex 3.3V 1A LM2575S Buck Module The SmartElex 3.3V 1A LM2575S Buck Module is a compact step-down power converter designed to provide a stable 3.3V output from a higher input voltage source. It helps solve common power regulation challenges in electronic projects by ensuring sensitive components receive consistent voltage without overheating or voltage drops. This module is suitable for students, hobbyists, engineers, educators, and startups who need a dependable power solution for embedded systems, DIY electronics, and learning-based projects. This buck module is well suited for use in robotics, IoT devices, automation systems, and general prototyping where a reliable 3.3V supply is required. It can be easily integrated with popular development platforms such as Arduino, Raspberry Pi, and ESP32 to power sensors, communication modules, and controllers. The simple design and dependable performance make it easy to add to both experimental setups and final products, helping users focus on functionality rather than power stability. Note: Ensure proper heat dissipation to avoid overheating during high-power output. Suitable for applications requiring a stable 3.3V power source. Ideal for powering devices in the 3.3V range with 1A current draw. Features: Wide input voltage support from 7V to 40V DC Fixed and stable 3.3V output for low-voltage electronics Delivers up to 1A output current for reliable power delivery High efficiency design helps reduce heat and power loss Built-in protection against overcurrent, overheating, and short circuits Compact and durable module for easy integration into projects Applications: Battery-powered devices needing efficient step-down voltage regulation Power supply for sensors, communication modules, and peripherals Suitable for Arduino, Raspberry Pi, ESP32, and other microcontrollers Low-power LED lighting and small DC-powered electronics Ideal for DIY electronics, learning projects, and prototyping setups