OUR DIY AND ROBOTIC KITS
Explore a wide range of electronics and kits designed to spark creativity and fuel hands-on learning for students of all ages
This premium 2WD platform is designed as a strong and lightweight metal chassis for robot, making it ideal for robotics learners and hobby designers. The durable aluminium structure also works smoothly as a chassis arduino car, providing proper mounting support for electronics and sensors. Because of its balanced wheel layout, this setup performs reliably in projects that require a stable 2 wheel chassis with accurate motion control. Its smooth finish helps beginners explore how a metal chassis for robot behaves during object avoidance or automation tasks. With its simple assembly design, this platform allows users to experiment, expand, and program their own chassis arduino car with ease.
The kit is engineered to maintain strong performance while offering flexibility for customization. Whether students are building a 2 wheel chassis, adding communication modules, or upgrading wheels, this highly capable metal chassis for robot supports smooth transitions between ideas. The precise hole positioning ensures that the build remains aligned, while the rear-wheel drive layout adds better directional stability for chassis arduino car development. This reliable metal chassis for robot delivers excellent results for STEM activities, competitions, and robotics prototyping.
This DIY 2 Wheel Drive Robot Chassis is the perfect mechanical platform for your robotics projects. This kit includes all the hardware and mechanical components required to build your robot, including motors, wheels, chassis, nut and bolts, etc. Just add your electronics – Arduino/Raspberry Pi and Motor Driver and you can start programming your robot. It offers a large space with predrilled holes for mounting sensors and electronics as per your requirement. This robot chassis lets you get your mechanical platform ready in minutes and quickstart your robot building process. Allows you to spend your time and effort on programming your robot rather than designing and fabricating your own custom platform.
This MeArm based DIY mechanical robotic arm is built to provide a versatile and fun kit that allows you to build your own robotic arm from scratch. It is a great way to learn about robotics, engineering, and programming. It is designed to be easy to assemble. Once assembled, the MeArm can be controlled using various methods, including a handheld joystick, a smartphone app, or even voice commands. It is able to move and rotate at the shoulder, elbow, and wrist, allowing it to perform a wide range of tasks and movements.
If you are interested in robotics or DIY electronics projects then you would benefit greatly from this transparent double-layer smart car chassis kit. It is designed for students, learners, and beginners who prefer DIY education.You can focus on your projects without being sidetracked by challenging tasks due to it’s easy to assemble and disassemble features. Its high-grade components have been built to withstand heavy use, so you’ll have lots of chances to test your designs completely.
This 4wd robot chassis kit includes four pairs of Geared Motors and Wheels, providing the power and mobility your robot needs.
It is very easy to make adjustments due to its transparent chassis which provides visibility into the inside. Adequate space is provided in this 4 wheel chassis kit for the integration of sensors, control panels, and other components by its dual-layer construction and numerous mounting points.
The 5mm to 8mm flexible couplings are manufactured with high quality aluminum with minimum backlash possible. These flexible couplings are generally used to connect your driving shaft with the driven shaft. It is able to achieve this in the most efficient and possible way while avoiding any misalignment. Flexible shaft couplers used in small CNC machines and 3d printers such as prusa i3. Flex capability of the coupler removes stress when shafts are not aligned perfectly.
The 6WD shock-absorbing chassis is equipped with a 2mm one-piece stamped base plate, with an aluminum-plated surface treatment. It consists of two plates, with 3mm aperture holes regularly distributed on the base plate, with a lateral spacing of 12mm and a vertical spacing of 14mm, which makes it convenient for users to extend various sensors or perform other mechanical modifications, such as installing a robot. The upper plate reserves installation holes for the Arduino and Raspberry Pi platforms. Its shock-absorbing part uses 6 metal shock absorbers, which make the car have better road-passing ability and improve its off-road performance, especially on complex terrain. The car’s wheels are 72mm rubber wheels. It has 6 original high-speed motors with a speed of 17000 RPM, and with a 1:34 reduction gearbox, it can obtain greater torque.
This is a differential drive chassis, which means that turning is accomplished by driving the motors on the platform’s two sides at different speeds. The three motors on each side of the car are parallel, so only two motor control channels are required to move the chassis. The six motors can also be controlled individually. The working voltage of the motors is 6-12V.
Quickly and easily get started with learning electronics using the Arduino Starter Kit, which have a universal appeal to STEM fans at home, businesses in STEAM industries, and schools alike. No prior experience is required, as the kits introduce both coding and electronics through fun, engaging, and hands-on projects. You can use the starter kit to teach students about current, voltage, and digital logic as well as the fundamentals of programming. There’s an introduction to sensors and actuators and how to understand both digital and analog signals. Within all this, you’ll be teaching students how to think critically, learn collaboratively, and solve problems.
The 200 RPM Dual Shaft BO Motor – Straight motor gives good torque and rpm at lower operating voltages, which is the biggest advantage of these motors.
Small shaft with matching wheels gives an optimized design for your application or robot. Mounting holes on the body & light weight makes it suitable for in-circuit placement. This motor can be used with 69mm Diameter Wheel for Plastic Gear Motors.
It is an alternative to our metal gear DC motors. It comes with an operating voltage of 3-12V and is perfect for building small and medium robots.
The 60 RPM Dual Shaft BO Motor – Straight motor gives good torque and rpm at lower operating voltages, which is the biggest advantage of these motors.
Small shaft with matching wheels gives an optimized design for your application or robot. Mounting holes on the body & light weight makes it suitable for in-circuit placement. This motor can be used with 69mm Diameter Wheel for Plastic Gear Motors.
It is an alternative to our metal gear DC motors. It comes with an operating voltage of 3-12V and is perfect for building small and medium robots.
This is a 4CH RC Remote Control Circuit PCB Transmitter and Receiver Board. it has RC transmitter and receiver which has an Electronic frequency: 27MHz/40Mhz. The remote control distance of the RC transmitter and receiver, in the case of adequate electricity, without interference, the correct access to the antenna after about 10 m.
The MG90S 9g Servo Metal Gear – 180 Degree is a compact and lightweight servo designed for projects requiring precise and continuous 180-degree rotation. With its robust metal gear construction, this servo ensures durability and reliability, even in demanding applications. Its 9g weight and compact size make it an ideal choice for RC cars, planes, boats, and robotics projects where space is limited, and performance is critical.
This servo operates on a wide voltage range and delivers consistent torque with smooth movement. It is compatible with most microcontroller platforms, making it a versatile component for hobbyists and professionals. The MG90S is known for its high precision and low backlash, offering seamless control for rotational tasks, making it a perfect addition to your automation and DIY robotics projects.
TowerPro MG996R High-Torque Servo Motor, an excellent choice for robotics and electronics applications. This dc servo motor produces 9.4 kg/cm of torque at 4.8V and 11 kg/cm of torque at 6V, which operate efficiently in the voltage range of 4.8V to 7.2V.
With heavy-duty materials, this High-torque metal gear servo motor is built to last. To complete a 60º movement it responds quickly and precisely in just 0.17 seconds at 4.8V and 0.14 seconds at 6V.
NEMA 23 Stepper Motor is a powerhouse when it comes to larger machines that require extra torque. The NEMA 23 18.9 kg-cm Step Hybrid Stepper Motor can provide 18.9 kg-cm of torque at 2.8A current per phase.
The stepper motors move in precisely repeatable steps, hence they are the motors of choice for the machines requiring precise position control. The NEMA 23 18.9 kg-cm Hybrid Stepper Motor provides excellent response to starting, stopping and reversing pulses from stepper motor driver.
The Micro Servo 9G is lightweight, high-quality and lightning-fast. The servo is designed to work with almost all the radio control systems. It is with excellent performance brings you to another horizon of flight. The SG90 mini servo with accessories is perfect for R/C helicopter, plane, car, boat and truck use