The Wheel Hexa Connector 4mm is a sturdy and reliable accessory for attaching wheels to robotic systems, automation setups, and DIY projects. Designed for a perfect fit, the 4mm connector ensures a secure connection, preventing wheel slippage or instability during movement. Ideal for makers, engineers, and robotics enthusiasts in Bangladesh, this connector is perfect for building efficient and reliable robotic vehicles or automated systems. It’s a must-have for anyone looking to enhance the stability and performance of their wheel-based projects.

The 6V DC Gear Motor 30RPM is designed for low-speed, high-torque applications, providing smooth movement for small motors and mechanical systems. Operating at 6V with a 30RPM speed, it’s perfect for robotic vehicles, small conveyor belts, automation projects, and DIY mechanical systems where precise control at lower speeds is required. The built-in gearbox helps to deliver greater torque, making it ideal for Bangladeshi students, hobbyists, and makers working on projects that need controlled motion. Its compact size and reliable performance make it a go-to choice for projects with low-speed requirements.

The 12V DC Gear Box Motor 300RPM is designed for projects requiring moderate speed and high torque. Operating at 12V, this motor delivers 300RPM with excellent efficiency, making it ideal for robotic wheels, small vehicles, conveyor systems, and other DIY automation projects. The gearbox allows for better control of movement and more consistent power delivery, making it a great choice for Bangladeshi students, hobbyists, and makers. The 12V motor can easily be integrated with Arduino, Raspberry Pi, or other microcontrollers, and provides a reliable solution for both light-duty and medium-duty applications.

The Pololu Micro Metal Gearmotor Bracket Extended Pair is a high-quality mounting solution designed to securely hold Pololu micro metal gearmotors in place. The extended design offers more flexibility and stability, making it ideal for robotic platforms, mobile robots, and automation projects. Made from durable plastic and compatible with various motor sizes, these brackets ensure firm motor attachment to your chassis, preventing any slippage or misalignment during movement. Widely used by Bangladeshi hobbyists, makers, and students, they are a reliable choice for DIY robot builds and educational robotics kits.

The PCA9685 Servo Driver is a powerful 16-channel PWM controller that allows for precise control of multiple servos with 12-bit resolution via an I2C interface. It’s perfect for robotic arms, multi-leg robots, and large automation systems where controlling many servos at once is required. The I2C communication simplifies wiring, allowing you to control all 16 channels with just two wires, making it ideal for space-constrained projects. Popular in Bangladesh among robotics teams, makers, and students, this driver module provides smooth, reliable servo control for both hobbyist and professional applications.

The 65mm Rubber Tire Wheel Grade A is a durable, high-quality wheel designed for robotic platforms, RC cars, and various DIY projects. With its rubber construction, it provides excellent traction and stability, ensuring smooth movement on a variety of surfaces. The 65mm diameter offers the perfect balance between speed and control, making it ideal for small robots, automation systems, and hobbyist vehicles. In Bangladesh, these wheels are popular among students, makers, and robotics enthusiasts who want reliable, long-lasting components for their builds.

The 28BYJ-48 Stepper Motor with Driver is a 5V stepper motor and ULN2003 driver module designed for precision movement and control. It’s perfect for robotic arms, small CNC machines, 3D printers, and automation projects where fine, incremental movement is necessary. Offering easy integration with Arduino and other microcontrollers, it’s ideal for both beginners and advanced makers in Bangladesh who need a reliable yet affordable motor solution. This stepper motor provides strong holding torque and smooth, accurate motion, making it a top choice for students, hobbyists, and engineers working on DIY and educational projects.

The Plastic Omni Wheel is designed for 360-degree movement, allowing your robot or mobile platform to move in any direction without needing to change its orientation. Made from durable plastic, this wheel provides smooth, frictionless motion, making it ideal for omni-directional robots, mobile robots, and automation systems. Whether you’re building a robotic arm, smart vehicle, or DIY mobile platform, this wheel provides excellent precision and control. Widely used by Bangladeshi robotics clubs, students, and hobbyists, the omni wheel is an essential component for creating versatile and agile robots.

The 85x38mm Car Tire Wheel is designed for RC cars, robots, and small DIY vehicles. These wheels provide excellent traction and stability, allowing smooth movement on multiple surfaces. The 38mm width offers a solid grip, while the 85mm diameter ensures balanced motion in your vehicle or robot. Whether you’re building a robotic car, obstacle-avoiding bot, or custom RC vehicle, these durable tires offer reliable performance for both Bangladeshi students and hobbyists. With a simple design, these wheels are easy to mount and integrate with standard motors and chassis kits.

The 12V Metal DC Geared Motor with Encoder delivers both power and precision for demanding robotics and automation projects. With a gear ratio that provides 251RPM speed and up to 18Kg.cm torque, it’s capable of driving heavy loads with reliability. The built-in encoder feedback allows accurate control of speed and position, making it a top choice for robotic arms, autonomous vehicles, conveyor systems, and industrial prototypes. Built with durable metal gears, this motor ensures long life under continuous use—perfect for engineering students, makers, and robotics teams in Bangladesh who need strength and precision in one package.

The L293D Motor Driver IC is a classic dual H-bridge motor controller that can control two DC motors independently or one stepper motor. Compact and easy to use, it’s perfect for Arduino and microcontroller projects where beginners want to add motor control without extra complexity. Capable of handling 600mA per channel (with peak currents up to 1.2A), it’s widely used in line-following robots, small robotic cars, and automation projects. In Bangladesh, the L293D is a favorite among students, DIY makers, and robotics clubs for its affordability and simplicity.

The L298N Motor Driver (Red) is a widely used dual H-bridge driver board for controlling motors in robotics and DIY electronics. It can handle two DC motors independently or one stepper motor, with up to 2A per channel and built-in direction and speed control. The onboard heat sink ensures stable performance during extended use. Easy to interface with Arduino, ESP32, Raspberry Pi, and other microcontrollers, this module is especially popular in robot car kits, obstacle-avoiding bots, and automation systems in Bangladesh. Affordable and beginner-friendly, the red L298N remains a go-to motor driver for students and hobbyists.

The L298N Motor Driver (Green) is a popular dual H-bridge driver module that can control two DC motors or one stepper motor simultaneously. Capable of handling up to 2A per channel, it’s widely used in Arduino projects, smart robot cars, obstacle-avoiding robots, and automation systems. The onboard heat sink improves durability, while its simple pinout makes it easy for students, beginners, and hobbyists in Bangladesh to get started with motor control. Affordable, reliable, and versatile, the L298N remains one of the most widely used motor driver modules in robotics education.

The 30:1 Micro Metal Gearmotor MP is a medium-power gearmotor designed for robotics projects that need a solid balance of torque and speed. With its 30:1 gear ratio, it runs faster than high-torque gearmotors while still delivering enough strength for robot cars, small mechanisms, and DIY automation projects. Built with durable metal gears, this motor provides long-lasting reliability in compact designs. In Bangladesh, it’s a great choice for students, robotics clubs, and hobbyists who want an affordable motor that can handle both speed and light-load tasks effectively.

The Pololu Micro Metal Gearmotor Bracket Pair (Black) provides a simple and reliable way to mount your Pololu micro metal gearmotors to a chassis or custom project. Made from durable plastic, these brackets ensure secure alignment while keeping the motor stable during operation. Each pair includes the necessary mounting screws, making installation fast and hassle-free. Ideal for robotics kits, Arduino cars, and DIY automation projects in Bangladesh, these brackets help makers and students build sturdy, professional-looking robots with minimal effort.

The SG91R Servo Motor is a compact 9g micro servo designed for small robotics, Arduino projects, RC planes, and DIY automation builds. Similar in size to the SG90 but offering stable performance with slightly improved durability, it’s a favorite choice for Bangladeshi students, hobbyists, and makers. With an operating range of about 180° rotation, it’s perfect for robot arms, steering mechanisms, and lightweight robotic cars. Easy to use with Arduino, ESP32, Raspberry Pi, and RC systems, the SG91R delivers precision control at a very affordable cost.

The MG996R Servo Motor is a powerful, high torque servo equipped with durable metal gears, making it ideal for robot arms, RC cars, planes, drones, and heavy-duty robotics projects. With its improved torque performance and stable control, the MG996R can handle larger loads compared to smaller servos like SG90 or MG90S. It operates smoothly with Arduino, Raspberry Pi, and RC receivers, making it a top choice in Bangladesh for students, hobbyists, and robotics competitors who need strength and reliability in motion control.

The EasyDriver Stepper Motor Driver is a popular driver module designed to control bipolar stepper motors with ease. Compatible with Arduino, Raspberry Pi, and other microcontrollers, it supports microstepping up to 1/8 step, allowing smoother and more precise motor control. The module can handle a wide range of input voltages and provides reliable current regulation, making it suitable for CNC machines, 3D printers, camera sliders, robotics, and DIY automation projects. In Bangladesh, it’s a favorite among students, hobbyists, and makers who want a simple yet powerful stepper motor driver for their builds

The Micro Vibration Motor is an ultra-compact haptic motor designed for projects where space and power efficiency are critical. Despite its small size, it provides reliable vibration feedback, making it a great choice for wearables, IoT devices, smart sensors, toys, and medical prototypes. It can be easily integrated with Arduino, ESP32, Raspberry Pi, and other microcontrollers, allowing makers in Bangladesh to add silent alerts, notifications, or tactile feedback to their designs. Lightweight and affordable, this motor is ideal for students, innovators, and developers working on compact electronics.

The Generic High Torque Continuous Rotation Servo (Standard Size) is a powerful servo designed for projects that demand full 360° motion with strong torque output. Unlike standard 180° servos, this motor rotates continuously, making it ideal for robotic cars, conveyor belts, rotating platforms, and automation systems. Its standard-size casing provides durability and compatibility with a wide range of mounts and accessories. In Bangladesh, this servo is widely used by robotics teams, hobby makers, and educational projects that require a balance of strength, precision, and affordability for continuous rotation applications.

The Mini Vibration Motor is a tiny DC motor with an offset weight that produces vibrations when powered. Commonly used in mobile devices, wearables, toys, and DIY electronics, it’s perfect for adding haptic feedback, silent alerts, or creative effects to projects. Its compact size and low power consumption make it easy to integrate with Arduino, Raspberry Pi, and small battery-powered circuits. In Bangladesh, this motor is popular among students, makers, and innovators building prototypes that need subtle vibration effects.

The MC33926 Motor Driver Carrier is a high-power DC motor driver module based on the MC33926 H-bridge IC. Capable of delivering up to 5A continuous current (peaks higher), it’s ideal for driving medium to large DC motors in robotics, automation, and embedded systems. Built-in protections such as overcurrent, undervoltage, and thermal shutdown ensure reliability and safety in demanding applications. Compatible with Arduino, Raspberry Pi, and other microcontrollers, this driver gives makers and engineers in Bangladesh a compact and efficient solution for powering motors in DIY projects, university robotics, and industrial prototypes.

The 210:1 Micro Metal Gearmotor HP (6V) is a high-torque micro gearmotor built for robotics projects that require powerful yet precise motion. With a 210:1 gear ratio, it provides excellent torque output at controlled speeds—ideal for robot arms, mobile robots, and automation mechanisms. The HP (High Power) design ensures stronger performance compared to LP motors, while its compact metal gear construction guarantees durability. In Bangladesh, this motor is a popular choice among university robotics teams, competitive builders, and advanced DIY enthusiasts who need a balance of strength and size.

The 250:1 Micro Metal Gearmotor LP (6V) is a low-power precision gearmotor designed for projects that demand smooth, controlled motion with moderate torque. Its 250:1 gear ratio makes it suitable for applications like robot arms, sensor-driven mechanisms, and small automation systems where efficiency and compact size are critical. Built with reliable metal gears, this motor ensures durability while remaining energy-efficient—ideal for battery-powered robotics, educational kits, and lightweight prototypes in Bangladesh. A dependable choice when you need steady performance without excess power draw.