Pludo Wave Tracker - DIY Educational Toy for Kids 11-14 | Grade 6-8 Electromagnetic Radar STEM Kit The Pludo Wave Tracker is an innovative educational toy designed to spark curiosity in young minds while introducing them to the fascinating world of electromagnetism. This DIY STEM kit allows kids to assemble their own radar model, helping them understand how electromagnetic waves function in real-world applications like motion detection and navigation systems. Ideal for learners aged 11–14 (Grade 6–8), this engaging science kit encourages experimentation, creativity, and practical understanding through hands-on assembly. It’s an exciting way to blend fun and learning, making it one of the most thoughtful educational toys and science kits for kids interested in physics and technology. Features Age-Appropriate Learning: Designed for kids aged 11–14 years (Grade 6–8) as per NEP 2020 guidelines, blending fun with scientific exploration. DIY Electromagnetic Radar Project: Children assemble their own working radar model, learning the basics of electromagnetic waves, motion sensing, and technology applications. Hands-On Science Experience: Promotes experiential learning, critical thinking, and curiosity about real-world physics and electronics concepts. Safe & Guided Assembly: Made with durable, child-safe materials and ideal for supervised learning sessions with adults or STEM tutors. Perfect Educational Gift: A unique and thoughtful present for birthdays, science fairs, or school projects-encouraging innovation and creativity through play. Builds Core Skills: Enhances problem-solving, fine motor skills, and confidence as children bring their radar project to life through practical engagement.

Features Micro-controller & CMOS Quartz. Digital Time Switch for 7 Days - 24 Hours. With 8 ON/OFF programs upto 56 ON/OFF setting for Daily & Weekly. Manual Button for Temporary Override. LED ON/OFF Indicate. Accurate-to-the-minute Control. Specification Voltage : 100/130 V AC Or 220/250 V AC Frequency : 50/60Hz Voltage : 6,9,12,24 V DC/AC Rating : 30 V DC/16A Power Consumption : 3 VA Back Up Battery : 3 VDC Lithium Button Cell Operating Temperature: 0C ~ 55C

PS2 Keyboard Driver Module PS2 keyboard driver module use a small microcontroller to read the data of the PS2 keyboard. The values will be sent to other equipment for usage via serial, parallel or TWI/IIC output. (Please ensure that the MINI JUMPER of the TWI/IIC ENABLE has been connected.) In a single chip microcomputer project system, there no need to write the keyboard driver, but just read the key information via serial, parallel or TWI/IIC output directly. More convenient. It will output TTL "0" if no keys had been pressed. If the key outputs "1", it will return to "0". The serial, parallel and TWI/IIC can work simultaneously. Please remove the MINI JUMPER if there is no slave on the TWI/IIC bus, or the module cannot work well. working principle PS2 keyboard driver module uses a piece of programed code of MCU as the controller, to read the state of PS2 keyboard keys. When the keyboard is pressed, the LED lights flashing on the PS2 keyboard driver module, at the same time through serial communication and parallel I/O port or TWI/IIC(Through the short circuit cap option),Keys will be output. For example, Press "A" key,serial port output data 0x1c, parallel I/o port output 0x1c by D7-D0. The output scan code can refer to the back of the content. Pop-up output. In addition, two sets of buttons, TTL output when there is no buttons to press the "0", and have a button to press the output "1", after the button pop-up restore "0" (each key on keyboard effectively. In addition to pause/break key. Serial, parallel, TWI/IIC can work at the same time. If there is no connection from the machine on the IIC/TWI bus, please remove short-circuit cap module above. Otherwise, the module will not be able to work properly. Features: Convert the PS2 protocol to TWI/IIC,UART, parallel interface Add the key state detection function Applications: Robot Electronic products & projects

Quadcopter DIY Drone Kit for Beginners Fly into the exciting world of drones with our Quadcopter DIY Drone Combo Kit. This full kit is designed to spark your interest and passion for crafting. Designed for beginners and DIY enthusiasts, this RC drone-making kit includes all of the necessary components to build your own copter. Explanation of each component included in the DIY Drone Kit for Beginners in more detail: F450 Frame: The F450 Frame is the main frame. It has a 450mm diameter and is strong yet lightweight, similar to the DJI frame. This frame was designed to withstand several crashes while maintaining a decent balance of strength and weight. The optimized frame design enables modification and extension with autopilot systems and DJI devices. 1000Kv BLDC Motor: This Quadcopter kit comprises four 1000Kv brushless DC (BLDC) motors. BLDC motors are commonly used in drones because of their high efficiency, low maintenance requirements, and superior power-to-weight ratio. The "Kv" rating denotes the motor's speed constant or the rotational speed per volt applied. ESC: The kit provides four Electronic Speed Controllers (ESCs), one for each motor. ESCs are essential for controlling the speed and direction of the motors. These brushless ESCs are pre-programmed from the factory, ensuring convenience and ease of use. 2-3 Cell Battery Charger: This is a battery charger that is compatible with 2-3 cell Lithium Polymer (LiPo) batteries. LiPo batteries are commonly used in drones due to their high energy density and lightweight properties. 2200 mAh Lipo Battery: The kit comes with a 2200mAh Lithium Polymer (LiPo) battery. LiPo batteries are commonly used in drones as they provide a high energy output for their weight, allowing for longer flight times. Fly Sky FS-CT6B 6ch 2.4GHz Transmitter & Receiver: The Fly Sky FS-CT6B is a 6-channel 2.4GHz transmitter and receiver system. The transmitter is used to control the quadcopter, and the receiver receives the signals from the transmitter and relays them to the flight controller. APM 2.8 Flight Controller (Without Compass): The Flight Controller is the brain of the quadcopter. It processes data from various sensors, such as gyroscopes and accelerometers, to stabilize the flight and maintain its orientation during flight. The APM 2.8 is a popular flight controller used in DIY drone projects. XT60 Male Connector: The XT60 Male Connector is used for connecting the LiPo battery to the power distribution board of the quadcopter. Propeller (2CW, 2CCW): The kit includes four propellers, with two clockwise (CW) and two counterclockwise (CCW) rotation propellers. The correct combination of CW and CCW propellers is essential for it to achieve stable flight. These components, when assembled together, form the basic structure and control system of the quadcopter, allowing you to build and customize your own drone for various applications. Explore other DIY Drone Kits Warning: Flying quadcopter platforms require a considerable amount of practice and skill. If not handled correctly, it can cause severe injury. Please read the flight controller manual carefully before starting. Please make sure that you remove the props before doing any calibration and/or configuration changes. Grab the various collections of DIY Drone Kits . Also check our drone spare parts collection, including motors, propellers, ESCs, frames, and various accessories. Note : The package weighs 1500 grams (approx) and Dimensions: 21 x 15 x 9cms (approx) Why Choose DIY Drone Kits? Gain hands-on experience and understand how drones work Learn about flight controllers, ESCs, motors, and wiring Customize frame size, motors, and sensors as per your needs Add advanced features like GPS, FPV, or obstacle avoidance Save money compared to pre-built drones of similar quality Upgrade or replace individual parts easily Simplify repairs and long-term maintenance Build confidence in drone troubleshooting and configuration Safety and Legal Guidelines for Flying a Drone in India Practice in open, obstacle-free areas away from people, trees, and power lines Use Beginner Mode to limit speed and altitude during initial flights Activate safety features like Return-to-Home (RTH), obstacle avoidance, and geofencing Always maintain visual line of sight with your drone while flying Avoid flying over crowds, roads, or public gatherings to prevent accidents Check DGCA drone regulations before every flight and avoid restricted or no-fly zones Fly below 120 meters (400 feet) in uncontrolled airspace as per Indian drone laws Register your drone and obtain UIN/UAOP (if applicable) through India’s Digital Sky platform Perform pre-flight checks on battery, propellers, and GPS connection for safety Respect privacy and local laws, and fly responsibly to promote safe drone culture in India Applications Engineering and STEM students – for academic projects, lab experiments, and practical learning Drone enthusiasts and hobbyists – for hands-on building, customization, and flight practice STEM and robotics competitions – for showcasing innovation and control systems Educators and trainers – for teaching drone technology, electronics, and coding Research and prototyping teams – for testing drone-based applications like mapping or surveillance Makers and innovators – for DIY exploration of UAV design and performance tuning How to Build Your Drone from with F450 Drone Kit

Quadcopter DIY Drone Combo Kit for Beginners The DIY drone kit for Beginners is a exceptional kit combines high-quality components, including a sturdy quad frame, powerful BLDC motors, efficient ESCs, and reliable propellers, to provide you with the ultimate drone-building experience. Kit Contains F450 Frame: The F450 drone frame is the main structure of the quadcopter. It is a DJI-type sturdy yet lightweight frame with a 450mm diameter. This frame is designed to be capable of surviving repeated crashes and offers a good balance between strength and weight. The optimized frame design allows for customization and expansion with autopilot systems and DJI gadgets, making it suitable for various projects and applications. 1000Kv BLDC Motor: This drone making kit includes four 1000Kv Brushless DC (BLDC) Motors . BLDC motors are widely used in drones due to their high efficiency, low maintenance, and better power-to-weight ratio. The "Kv" rating represents the motor's speed constant, indicating the motor's rotational speed per volt applied. ESC: The kit provides four Electronic Speed Controllers (ESCs), one for each motor. ESCs are essential for controlling the speed and direction of the motors. These brushless ESCs are pre-programmed from the factory, ensuring convenience and ease of use. 2-3 Cell Battery Charger: This is a battery charger that is compatible with 2-3 cell Lithium Polymer (LiPo) batteries. LiPo batteries are commonly used in drones due to their high energy density and lightweight properties. 2200 mAh Lipo Battery: The drone assembly kit comes with a 2200mAh Lithium Polymer (LiPo) battery. LiPo batteries are commonly used in drones as they provide a high energy output for their weight, allowing for longer flight times. FlySky FS-CT6B 6ch 2.4GHz Transmitter & Receiver: The FlySky FS-CT6B is a 6-channel 2.4GHz transmitter and receiver system. The transmitter is used to control the quadcopter, and the receiver receives the signals from the transmitter and relays them to the flight controller. KK2.1.5 Flight Controller: The KK2.1.5 Flight Controller is the brain of the quadcopter. It is responsible for stabilizing the drone during flight, maintaining stability, and processing the signals from the transmitter to control the motors. XT60 Male Connector: The XT60 Male Connector is used for connecting the LiPo battery to the power distribution board of the quadcopter. Propeller (2CW, 2CCW): The RC drone kit includes four propellers , with two clockwise (CW) and two counterclockwise (CCW) rotation propellers. The correct combination of CW and CCW propellers is essential for the quadcopter to achieve stable flight. These components, when assembled together, form the basic structure and control system of the quadcopter, allowing you to build and customize your own drone for various applications. Perfect for School and College Projects Whether you're a student or an enthusiast, this kit is ideal for school and college projects. It brings together all the necessary components in one place, making it a breeze to build your very own quadcopter. Unleash Your Creativity Building your own drone is an exhilarating experience, one that allows you to bring your imagination to life. Create stunning aerial videos, explore uncharted territories, and capture breathtaking moments from a whole new perspective. Warning: Please read the flight controller manual carefully before starting. Please make sure that you remove the props before doing any calibration and/or configuration changes. Note : The package weighs 1500 grams (approx) and Dimensions: 21 x 15 x 9cms (approx) Also check our DIY Drone Kits collection page , where you can check different drone kit price, availability and more. read our blog explaining drone building , which provides a comprehensive guide on constructing a quadcopter drone from scratch. How to Build Your Drone from Scratch in Just 50 Minutes

Radiolink A560 PNP RC Airplane with 6 Flight Modes The Radiolink A560 PNP RC Airplane is a versatile fixed-wing aircraft perfect for both beginners and experienced pilots. This Plug Play version comes without a charger, radio, or receiver, allowing you the freedom to use popular transmitters such as Radiolink, FrSky, Flysky, RadioMaster, Jumper, and Futaba. Ideal as a DIY RC airplane kit, it gives hobbyists the flexibility to customize and build their own flying experience. Equipped with the advanced Byme-A flight controller, the A560 supports SBUS and PPM signals and features six flight modes: Stabilized, Gyro, Manual, Aerobatic, and Vertical (fixed-wing quadcopter), all easily switchable at the press of a button. The pre-installed 2206-1450KV brushless motor, 15A FLYCOLOR ESC, and Byme-A flight controller ensure smooth performance, crash prevention, and easy recovery, making it an excellent RC airplane toy for learning and practicing 3D flight maneuvers. Crafted from lightweight polypropylene (PP) foam, the A560’s durable body withstands impacts and maintains its shape after hard landings. Its one-piece wing design, combined with a powerful brushless system, guarantees smooth handling and reliable performance. Whether you’re a beginner assembling a DIY RC airplane kit or an advanced flyer seeking an exciting RC airplane toy, the A560 delivers an engaging and enjoyable flying experience. Features Plug & Play Flight Controller : 4-channel controller with 6 flight modes, lightweight design, supports 5–6V, and allows quick mode switching via CH5 (3-way switch) and CH7 (2-way switch). Compatible with various RC models including straight-wing, 3D fixed wing (F3P), trainers, jets, and scale aircraft. No Glue or Tape Required : Pre-installed servos and linkages make assembly fast and easy. All servos are replaceable with the included screwdriver. Efficient Brushless Power System : Equipped with a 2260CS-1450KV brushless motor and advanced cooling design for durability. A supercharged magnet provides strong, linear power output. Stabilize Mode : Gyro-assisted auto-leveling returns the plane to level flight when sticks are released, ideal for beginners learning control. Gyro Mode : Adds stability without auto-leveling, letting pilots practice freestyle maneuvers like rolls, rapid pitch, side flight, and spirals. Acrobatic Mode : Combines stability and gyro assistance, making it easier for beginners to perform advanced 3D aerobatics such as rolls, spins, and flat maneuvers. Dual Vertical Modes : Supports both multirotor and fixed-wing logic for vertical flight, offering unique stunt and flying experiences. Efficient Power System : Features a 15A FLYCOLOR ESC and durable GENFAN 8038 propeller with polycarbonate construction, vibration-free balance, and crash resistance. Durable Propeller Safety Design : Propeller saver system protects against damage and prevents overcurrent; simply reattach and fly again after drops.

Radiolink D460 RC Airplane RTF – Byme-DB Gyro, Brushless, T8S Transmitter The Radiolink D460 is a fully assembled RC Airplane toy, ready to fly with magnet-secured parts that stay firmly in place during flight. Powered by the Byme-DB Gyro Flight Controller, it offers three modes Manual, Gyro, and Stabilize making it perfect for both beginners and experienced pilots. Switch to Stabilize Mode for auto-leveling and effortless control. Built with durable EPP material and an aerodynamic design, the D460 combines crash resistance with efficient performance, delivering up to 30 minutes of flight time. The R8XM 8CH telemetry receiver provides real-time battery voltage and RSSI feedback to the T8S transmitter, alerting you when the battery is low for safe flying. Stabilize Mode: (Beginner Mode) Unlike Manual Mode, this mode has a flight controller assisting with aircraft balance and is suitable for the freshman who begins to practice the aircraft. Gyro Mode: (Advanced Mode) Under Gyro Mode, the three-axis gyro assists in enhancing flight stability but the aircraft will not back to level automatically. Pilots with certain experience take the Gyro Mode to practice better control of the aircraft. Manual Mode: (Master Mode) Without any assistance from the flight controller algorithm or gyro, all flight movements are realized manually, which requires the most advanced skills. Various freestyle such as backward, roll, loop, snake, and over-low altitude flight can be easily achieved under this mode. Features Unique Elevator Channel Angle Calibration Prevents head lolling during aerobatic maneuvers in Gyro or Manual Mode, making it easier for beginners to perform stunts smoothly. Byme-DB Flight Controller with Auto-Level Assist Equipped with a full-attitude algorithm, 3-axis gyroscope, and 3-axis accelerometer for stable flight. If control is lost, switch to Stabilize Mode and the airplane will automatically return to level flight. Durable EPP Material with EPO-like Finish Combines the crash resistance of EPP with the sleek, premium look of EPO. Available in red or purple. Three Flight Modes for All Skill Levels Stabilize Mode (Beginner Mode): Auto-leveling for easy control, perfect for first-time pilots. Gyro Mode (Advanced Mode): Gyro-assisted stability without auto-leveling, ideal for improving control skills. Manual Mode (Master Mode): Full manual control for freestyle maneuvers like rolls, loops, and low-altitude stunts. Aerobatic-Friendly Design Smooth handling and precise control make advanced tricks like backward flight, snake maneuvers, and rolls achievable. Beginner to Expert Ready With progressive flight modes and calibration features, the D460 grows with your skills, from first flight to advanced aerobatics.

Ram Heatsink RHS-03 Copper Copper Heatsink can reduce chip temperature which prevents system failure. Copper Heat Sink for use with Raspberry Pi B. Helps keep your Raspberry Pi cool, protect it from overheating. All Copper Heat Sinks come with thermal conductive tapes.

Acrylic Case for Raspberry PI 2 and 3 Acrylic case for the Raspberry Pi 2 and Raspberry Pi 3 Motherboards. It is Easy to slip on the device and keeps the device safe from scratches and damage. Easy access to all ports, there are cut-outs in the case for GPIO, Display, Camera, SD, micro HDMI, USB, AV and power supply.

Raspberry Pi 3 Camera Lamp This lamp for Raspberry Pi 3 Camera provides an additional focus that can be added to your night vision surveillance camera project using Raspberry Pi. The Night Vision Sensitive Infrared Light 3W for Raspberry Pi Camera features the Onboard photoresistor for the ambient light detection. Also, the Onboard adjustable resistor controls the ambient light threshold of toggling the infrared LED. This tiny infrared light perfectly fits with our Infrared IR Night Vision Surveillance Camera Module 500W Webcam. How to Use: Connect the Infrared LED Board to the camera PCB by screws. The screw holes are used for both attachment and power supply. Adjust the adjustable resistor to set a proper ambient light threshold, which toggles the infrared LED automatically. When ambient light is lower than the threshold value, the infrared LED is on, vice versa.