MARK4 V2 8-Inch 367mm Carbon Fiber High-Performance Drone Frame for FPV Racing & Freestyle- RS7244 The MARK4 V2 8-inch 367mm Carbon Fiber FPV Drone Frame Kit is designed for strength, stability, and smooth performance. Built with premium 3K carbon fiber and a robust X-type structure, it offers excellent impact resistance while staying lightweight. With a 367mm wheelbase, 6mm thick arms, and a compact 234mm x 282mm frame size, it ensures precise control for freestyle flights, long-range exploration, and FPV racing. This versatile carbon fiber drone frame supports 19x19mm camera mounts and multiple flight controller/image transmission hole spacings (20x20mm & 30.5x30.5mm). The kit includes essential hardware plus anti-slip silicone pads and sponge-damping pads for secure, vibration-free builds. Reinforced with stiffening plates and arm bracers, the MARK4 V2 delivers durability and reliability during demanding maneuvers, making it an excellent choice for serious FPV enthusiasts. Features: Premium 3K Carbon Fiber Construction – Strong, lightweight, and impact-resistant for long-lasting durability. 367mm Wheelbase with 6mm Thick Arms – Provides excellent stability, precision, and resilience during freestyle and long-range flights. Robust X-Type Structure – Enhances frame rigidity for smooth, controlled performance in demanding conditions. Flexible Mounting Options – Supports 19x19mm camera mounts and 20x20mm & 30.5x30.5mm flight controller/image transmission spacing. Compact Frame Size (234mm x 282mm) – Optimized layout for efficient builds and easy component placement. Complete Assembly Kit Included – Comes with M3 screws, standoffs, press nuts, silicone pads, and sponge-damping pads for vibration-free installation. Reinforced Durability – Stiffening plates and arm bracers improve rigidity for high-speed racing and freestyle flying.

Mastech MS2001C AC Digital Clamp Meter Mastech MS2001 Digital AC/DC Clamp Meter is a handheld 3 1/2 digital clamp meter for measuring DC and AC voltage, AC current, Resistance, Diode and Continuity Test with battery operated.  Mastech Clamp meters are used by electricians, sometimes with the clamp incorporated into a general purpose multimeter. It is simple to measure very high currents (hundreds of amperes) with the appropriate current transformer. Check replaceable fuses ; Please make sure to connect the testing wires to right terminals ; Select the appropriate range of measurement (that is selecting the measurement range from highest to smallest if the range is unknown). check out : MECO-603 Digital Multimeter

Mastech MS2101 Digital AC/DC Clamp Meter Mastech MS2101 (Original) Digital AC/DC Clamp Meter measures AC/DC current and voltage, resistance, capacitance, frequency, temperature and duty cycle, tests continuity and diodes. The Mastech clamp meter is a handheld 3 1/2 digital meter for measuring DC and AC voltage, AC current, Resistance, Diode and Continuity Test with battery operated. Accuracy is specified for a period of one year after calibration and at 18°C to 28°C (64°F to 82°F) with relative humidity to 80%.

MatataStudio Tale-Bot Pro Exploration Maps - Mathematics The MatataStudio Tale-Bot Pro Exploration Maps – Mathematics Edition is a learning accessory set designed to help young children build core math skills through interactive movement and play. These maps introduce concepts like numbers, directions, shapes, and simple equations in a way that is easy to understand and engaging for early learners. Suitable for schools, tuition centers, homeschooling, and activity labs, they offer a structured yet playful method for educators and parents to support foundational STEM learning without screens or complex tools. By integrating seamlessly with the Tale-Bot Pro, these maps encourage students to program movement paths that solve math challenges, follow numeric sequences, and navigate problem-solving tasks with clear goals. They provide a practical way to connect robotics with mathematics, building confidence in logical reasoning, spatial understanding, and step-by-step planning. This makes them a valuable resource for strengthening classroom lessons, supporting independent learning, and introducing computational thinking in a simple, hands-on format. Themes Shape Matching : Recognize and match different shapes to boost spatial awareness. Grandma's Little Helper : Solve everyday math problems while helping Grandma. Vegetables Collecting : Sort and count vegetables to sharpen categorization skills. Candy Game : Practice counting and simple arithmetic through a fun candy challenge. Coins Collecting : Learn the value of money and enhance counting skills with coins. Shopping Design : Explore budgeting and planning while designing a shopping experience. Features: Designed for use with MatataStudio Tale-Bot Pro Math-themed maps to support early numeracy skills Introduces shapes, numbers, directions, and basic equations Encourages logical thinking and problem-solving through movement Ideal for classrooms, tuition centers, and home learning Durable, reusable, and easy for educators to set up and guide

MatataStudio Tale-Bot Pro Exploration Maps - Science The MatataStudio Tale-Bot Pro Exploration Maps – Science Edition is an interactive learning accessory designed to expand the capabilities of the Tale-Bot Pro for early STEM education. These themed science maps provide structured, hands-on activities that help children explore concepts like animals, plants, weather, and basic natural science through movement and storytelling. They offer an engaging way for educators, parents, and schools to introduce problem-solving and logical thinking without the need for screens or complex setups. By combining physical maps with Tale-Bot Pro’s programmable movement and voice interaction, learners can practice directional commands, sequencing, and discovery through real-world context. The maps support classroom lessons, home learning, and STEM labs, providing a reliable and reusable resource for building foundational skills in robotics and computational thinking. This set fits seamlessly into existing Tale-Bot Pro setups, making it easy for teachers and students to extend their learning journey with guided challenges and creative exploration. Themes Plants & Their Fruits: Place Tale-Bot Pro at any fruit and program different routes to match fruits with their plants. History of Robot Development: Learn about robots through time, then program the bot to travel the development timeline from start to finish. Solar System: Explore the eight planets and program the bot to reach the planet named in response to questions or instructions. The Life Cycle of a Butterfly: Start at the beginning and program the bot to follow the sequence: egg → caterpillar → cocoon → emerging → butterfly. Computer Systems in Life: Start anywhere and program Tale-Bot Pro to locate items that contain computer systems in daily life. Animal Classification: Start within a category and program the bot to move to the animals that belong to that species group. Features: Designed for use with MatataStudio Tale-Bot Pro Science-themed maps for early STEM and discovery learning Encourages screen-free, hands-on exploration Helps build logical thinking and sequencing skills Supports classroom, home, and activity-based learning Reusable, durable, and easy to set up for educators and students

MatataStudio Tale-Bot Pro Exploration Maps - Social Studies & Literacy The MatataStudio Tale-Bot Pro Exploration Maps – Social Studies & Literacy Edition is designed to help young learners build language, communication, and cultural awareness through interactive movement and storytelling. These maps introduce early literacy concepts like word recognition, sentence building, and directional understanding, while also exploring themes from daily life, community spaces, and social environments. Ideal for schools, activity centers, and home learning, they offer teachers and parents an easy way to support foundational skills without screens or complex setup. By pairing these maps with the Tale-Bot Pro, students can program navigation paths that connect vocabulary to real-world contexts, reinforce reading comprehension, and foster confidence in communication. The activities help bridge robotics with literacy and social education, giving children a practical way to understand sequencing, cause-and-effect, and guided exploration. This makes the set a valuable resource for strengthening classroom lessons, encouraging independent discovery, and supporting STEM and language learning in a hands-on, enjoyable format. Themes: Emotion Hunt : Identify and understand different emotions to build social-emotional skills. My Town : Explore community roles and places within a town setting. Phonics Practice : Strengthen language and reading skills through phonics activities. Morning Routine : – Learn about daily habits and routines that promote responsibility. Matata Travels around the World : Discover cultures and landmarks from around the globe. Funny Story Competition : Boost creativity and confidence by crafting and sharing stories Features: Designed for MatataStudio Tale-Bot Pro learning system Focuses on early literacy and social understanding Encourages storytelling, vocabulary building, and communication Introduces community spaces and daily life themes Hands-on, screen-free activities for young learners Ideal for classrooms, learning centers, and home education

MatataStudio TaleMap for Tale-Bot Pro The MatataStudio TaleMap for Tale-Bot Pro is a versatile learning map designed to expand the creative and educational possibilities of the Tale-Bot Pro robot. It provides a visual and structured environment where young learners can plan movements, understand directions, and build foundational STEM skills in a simple, hands-on way. Suitable for schools, activity labs, tuition centers, and home learning setups, the TaleMap helps educators and parents guide children through interactive lessons without screens or complicated instructions. When paired with the Tale-Bot Pro, the TaleMap supports activities in storytelling, early coding concepts, and logical thinking through movement-based tasks. Learners can experiment with sequencing and navigation while exploring themed zones and challenges that reinforce real-world connections. It fits naturally into existing Tale-Bot Pro setups, making it a reliable resource for teachers and facilitators who want to build confidence in communication, problem-solving, and computational thinking in a classroom-friendly format. How Tale Map Works Build Your Map: Insert clip cards into the 36 pockets on the 6x6 OID map to create a custom scene or story. Design in MatataCode: Use the “Design Your TaleMap” tool to assign Action + Voice responses to each OID code on the map. Download to Tale-Bot Pro: Connect the robot via USB and transfer the generated .imap file to apply your custom settings. Play & Interact: Tale-Bot Pro responds with programmed movements and sounds as it explores and interacts with the customized map. Features: Designed specifically for use with Tale-Bot Pro Provides a structured learning space for movement-based activities Supports early coding, sequencing, and navigation skills Encourages storytelling, creativity, and themed exploration Screen-free resource ideal for classrooms and home learning Easy to integrate with existing Tale-Bot Pro lesson plans

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

MB102 830 Points Solderless Breadboard An MB102 830 Points Solderless Breadboard is an exceptional tool for experimenting with circuit designs whether in the R&D or university lab. This MB102 830 points solderless prototype PCB breadboard is used to make up temporary circuits for testing or to try out an idea. No soldering is required so it is easy to change connections and replace components. For the connection, you can use jumper wires. This solderless breadboard can be used with Arduino and other microcontrollers. Also, check the Breadboard Power Supply (3.3V-5V). Features: Compatible with resistance, diodes, transistors, LEDs, capacitors, and other electronic components Completely reusable Colored coordinates for easy component placement 830 solder-less points Accepts a variety of wire sizes (20-29 AWG) Get insights into What is Breadboard and its uses. Application: Prototyping Projects Educational Tool Rapid Prototyping Testing and Debugging DIY Electronics