BO Motor Wheel The BO Motor Wheel is easy to mount, durable and cheap. These wheels have a hole that accommodates the BO shaft, making it very easy to mount. These motor wheels are compatible with a BO motor with a slotted shaft. check out : Red BO Motor Wheel - Set of 2 | Robotics Science Project Applications: Used for robots Used for robotic vehicle check out : Wooden Pully Wheel

BO Motor Wheels (4 pcs) These are the BO motor wheels (4 pcs), The wheels are made up of high-quality rubber which gives maximum traction while operating. The wheels are strong and sturdy as they feature a nylon-reinforced plastic rim. These BO wheels for DIY robot cars are commonly used components in Robotics. With an approximate diameter of 65mm and 26mm thickness, These wheels are suitable for all BO motors . Can be used in our Robot vehicles with the standard motor/gearbox fitting. Features: The wheels are made up of high-quality rubber The wheels are strong and sturdy New design wheels for better combination with the motor APPLICATIONS: Used for robots Used for robotic vehicle

BO Wheel (White) This is a high-quality and lightweight BO wheel. The body of this BO wheel is made up of plastic which makes it very lightweight and rotates freely while the grip material is made up of rubber which provides excellent grip on any surface.

Brushless Water Pump A brushless dc pump is a mini bldc motor drive dc water pump that employs magnetic force to rotate its impeller in order to pressurize and transport water for fluid lifting, booster, and circulation systems. It is a standard mechatronic product. This Ultra-Quiet Brushless Submersible Water Pump is a small, low-cost Submersible Pump.  Simply connect the tube pipe to the motor outlet, immerse it in water, and turn it on. It is frequently used in prototype projects as well as for decoration. Features: Brushless, permanent magnetic rotor. Super long working life(more than 30000 hours). Adopt high performance ceramic shaft. The axis is enclosed with static sealing, not dynamic, which can avoid leaking problems. Amphibious design. Submersible installation and entirely waterproof. low consumption

BTS7960B 43A H-Bridge Motor Driver The Double BTS7960 43A H-Bridge High-Power Motor Driver Module is a fully integrated high current H bridge designed for motor drive applications that use the BTS7960 high current half bridge. The NovalithICTM family includes the BTS7960. This package contains one p-channel high-side MOSFET and one n-channel low side MOSFET, as well as an integrated driver IC. The p-channel high-side switch eliminates the need for a charge pump, reducing EMI. The integrated driver IC simplifies interfacing to a microcontroller by providing logic level inputs, diagnosis with current sense, slew rate adjustment, dead time generation, and protection against overtemperature, overvoltage, undervoltage, overcurrent, and short circuit. The Double BTS7960 43A H-Bridge Motor Driver Module is a low-cost solution for protected high-current PWM motor drives with small in size. If you want to control the motor with this motor driver, for that you will need a few essential components like Arduino jumper wires batteries or power supply Features • Path resistance of type. 16 m? @ 25 °C • Low quiescent current of typ. 7 µA @ 25 °C • PWM capability of up to 25 kHz combined with active freewheeling • Switched mode current limitation for reduced power dissipation in overcurrent • Current limitation level of 43 A typ. • Status flag diagnosis with current sense capability • Overtemperature shut down with latch behavior • Overvoltage lockout • Undervoltage shut down • Driver circuit with logic level inputs • Adjustable slew rates for optimized EMI

Color Recognition Sensor Module TCS3200D/TCS2300 The TCS3200 Color Recognition Sensor Module uses a high-quality light sensor allowing you to sense any color through a combination of Red, Green, and Blue. The module provides all of the pins of the TCS3200 on convenient 0.1? headers – ideal for use with PCBs, breadboard or stripboard. Four white LEDs provide plenty of light for the color sensor and allow you to use the module in any ambient light. The sensor module requires only a single supply voltage between 2.7V and 5.5V – making it compatible with nearly all common microcontrollers, including PICs, AVRs, ARM,Arduino and more. Header one on the left side of the board S0: Output frequency scaling selection input (along with S1) S1: Output frequency scaling selection input (along with S0) OE: Output Enable – if held low, the output of the module is turned on GND: Ground – connect to 0V Header two on the right side of the board S3: Photodiode type (along with S2) S2: Photodiode type (along with S3) OUT: Output – A square wave appears here showing the intensity of the detected colour VCC: Power – connect to 2.7V-5.5V

Colour Sensor A colour sensor is a device that detects and measures an object's or surface's colour. Color sensors measure the amount of light reflected or transmitted by an object in various wavelength bands. RGB (red, green, blue) sensors detect the intensity of light in the red, green, and blue areas of the spectrum, whereas CMYK (cyan, magenta, yellow, black) sensors measure the intensity of light in the cyan, magenta, yellow, and black regions of the spectrum. White light is a mixture of three basic colors known as primary colors. They are red, blue and green. These colors have different wavelengths. Combinations of these colors at different proportions create different types of colors. When the white light falls on any surface, some of the wavelengths of the light are absorbed by the surface while some are reflected back based on the properties of the surface material. Colour of the material is detected when these reflected wavelengths fall on the human eye. A material reflecting wavelengths of red light appears as red. The component used to detect colors is the Color sensor . What is a Color Sensor? A color sensor detects the color of the material. This sensor usually detects color in RBG scale. This sensor can categorize the color as red, blue or green. These sensors are also equipped with filters to reject the unwanted IR light and UV light. Working Principle of Color Sensor To detect the color of material three main types of equipment are required. A light source to illuminate the material surface, a surface whose color has to be detected and the receivers which can measure the reflected wavelengths. Colour sensors contain a white light emitter to illuminate the surface. Three filters with wavelength sensitivities at 580nm, 540nm, 450nm to measure the wavelengths of red, green and blue colors respectively. Applications: Ensures accurate color in printing and packaging processes. Checks color consistency in food to maintain product quality. Matches colors in fabric and yarn production. Adjusts colors in cameras and displays for better images. Helps robots recognize objects based on color for automation. Matches colors in fabric and yarn production.

Cytron 10Amp 5V-30V DC Motor Driver The Cytron 10A 5V-30V DC Motor Driver (MD10C) is a robust and versatile solution designed to control brushed DC motors with ease and precision. As an upgraded version of the MD10B, this Cytron 10A Motor Driver can deliver up to 10A continuously (and up to 13A peak), making it ideal for high-current applications. It supports a wide operating voltage range of 5V to 30V, accommodating various power supply configurations. The Cytron DC Motor Driver incorporates a full solid-state design, eliminating mechanical relays to provide faster response times and improved longevity. Supporting both locked-antiphase and sign-magnitude PWM signals, it offers flexibility in motor control logic. Moreover, the on-board manual/test buttons make setup and testing effortless, even without a microcontroller. Whether you're building robots or automating systems, this 10A DC Motor Driver delivers reliable and efficient performance for your project. Features: Bidirectional control for a brushed DC motor (single channel). Support motor voltage ranges from 5V to 30VDC. There is no reverse polarity protection at Vmotor, so please double-check the polarity before powering up. Regenerative braking Maximum current: up to 13A continuous and 30A peak (10 seconds). 3.3V and 5V logic level input; compatible with Arduino and Raspberry Pi. Solid-state components offer faster response times and eliminate the wear and tear of mechanical relays. Fully NMOS H-Bridge for improved efficiency, no heat sink required. Speed control PWM frequency up to 20KHz (output frequency equals input frequency). PWM operations can be Locked-Antiphase or Sign-Magnitude. **Note that it is not"RC PWM". The new MD10C may be powered from a single power source, and no additional Vin is required.

Cytron 10Amp 5V-30V Dual Channel DC Motor Driver The Cytron 10A motor driver (MDD10A) is a robust and user-friendly dual channel motor driver designed to control two brushed DC motors independently. Supporting a wide operating voltage range of 5V-30V, this 10A DC motor driver delivers a continuous current of up to 10A per channel, making it suitable for high-power applications. As a part of Cytron's reliable motor driver lineup, the Cytron motor driver 2 channels model MDD10A features solid-state components that ensure fast response and long-term reliability by eliminating the wear associated with mechanical relays. It supports both locked-antiphase and sign-magnitude PWM signals, offering flexible control for various motor operations. With presoldered terminals and built-in test buttons, it can even be operated without a microcontroller, making it an ideal choice for beginners and advanced users alike looking for a dependable 5V-30V DC motor driver. Features: Bidirectional control for two brushed DC motors. Support motor voltages ranging from 5V to 30VDC (Rev2.0). There is no reverse polarity protection at Vmotor, so please double-check the polarity before powering up. Each channel can handle a maximum current of 10A continuous and 30A peak (10 seconds). Supports 3.3V and 5V logic level inputs (for PWM and DIR), and is compatible with Arduino and the Raspberry Pi. Solid-state components have a faster response time and eliminate the wear and tear of mechanical relays. For increased efficiency, a fully NMOS H-Bridge is used, with no heat sink required. Regenerative braking. Speed control PWM frequency up to 20KHz (output frequency equals input frequency). PWM operations can be Locked-Antiphase or Sign-Magnitude. On each channel, there are two activation buttons for manual or quick testing.

Cytron 10Amp 7V-30V Dual Channel DC Motor Driver for R/C The Cytron 10Amp 7V-30V Dual Channel DC Motor Driver for R/C (MDDRC10) is a high-performance RC motor driver dual channel solution ideal for R/C vehicles or mobile robots, especially where no microcontroller is used. Fully plug-and-play, the Cytron motor driver 10A 7V-30V can connect directly to an RC receiver, eliminating the need for coding or setup. It features a selectable mixed mode that allows differential control of two motors via throttle and steering inputs, making it perfect for remote-controlled driving. With a built-in 5V switching regulator, it also powers the RC receiver without needing an external BEC. Designed using discrete NMOS H-Bridge circuitry, the Cytron 10A motor driver delivers up to 10 Amps per channel continuously without additional cooling. It includes onboard test buttons and LEDs for fast diagnostics and supports overcurrent and thermal protection to ensure safe operation under load. Whether you're developing an advanced robot or a custom RC car, this dual channel DC motor driver offers a robust, reliable solution. Features: Plug-and-play, with direct control via RC. Upon power-up, the system automatically calibrates. You can choose between mixed and independent input modes. Bidirectional control for two brushed DC motors. Onboard To power the RC receiver, use a 5V switching regulator (maximum current 500mA). Buttons allow for quick testing. LEDs indicate the motor output state. The motor output PWM frequency is 20kHz. Overcurrent protection includes active current limiting. Temperature protection. Undervoltage shutdown.