Playstation PS2 Receiver adaptor, 4 DC Motors & 8 PWM Servo controls
₹2,124.00 incl. GST (₹1,800.00 + GST)
The PS2 Receiver, 4 DC Motors & 8 PWM Servo Control Board is an Arduino-compatible expansion board designed for robot cars, robotic arms, and automation projects. It supports up to 4 DC motors, 2 stepper motors, and 8 PWM servo outputs using an I²C control interface. With dedicated PS2 receiver, ultrasonic sensor, and Bluetooth interfaces, it is ideal for wireless robots, MeArm projects, obstacle-avoidance robots, and educational robotics.
The PlayStation PS2 Receiver Adaptor, 4 DC Motors & 8 PWM Servo Control Board is a multifunctional Arduino-compatible motor and servo expansion board designed for robotics, automation, mechatronics, and educational projects. It provides a convenient way to control multiple DC motors, stepper motors, and servo motors from an Arduino-compatible controller, reducing wiring complexity and simplifying the development of robotic systems.
The board uses an I²C-based control interface and an onboard PCA9685-based PWM control section to provide multiple motor and servo control channels while minimizing the number of Arduino pins required. It supports up to 4 DC motors or 2 stepper motors, along with 8 PWM servo outputs, making it suitable for projects that combine mobile movement with servo-operated mechanisms.
A dedicated PS2 receiver adaptor interface allows the board to be used with a compatible PlayStation-style wireless controller for remote robot operation. With suitable Arduino programming, users can control robot cars, robotic arms, and other mechanisms wirelessly. The board also provides expansion interfaces for ultrasonic sensors and Bluetooth modules, allowing additional functionality to be added to custom robotic systems.
The board is particularly useful for students, robotics trainers, makers, hobbyists, and developers who want to build Arduino-based robots without designing a separate motor and servo control circuit. It can be used for PS2-controlled robot cars, MeArm robotic arms, obstacle-avoidance robots, Bluetooth-controlled robots, and custom automation projects.
Features
- Arduino-compatible motor and servo expansion board
- Designed for Arduino Uno and compatible boards
- Dedicated PS2 receiver adaptor interface
- Supports wireless PS2 controller-based robot control
- Supports up to 4 DC motors
- Supports up to 2 stepper motors
- Provides up to 8 PWM servo outputs
- Uses I²C communication for control
- Onboard PCA9685-based PWM control
- Helps reduce Arduino GPIO usage
- Supports DC motor speed and direction control
- Suitable for simultaneous motor and servo applications
- Provides ultrasonic sensor expansion interface
- Provides Bluetooth module expansion interface
- Suitable for robot car development
- Suitable for robotic arm and MeArm projects
- Useful for obstacle-avoidance robots
- Suitable for Bluetooth-controlled robots
- Ideal for DIY robotics and automation
- Suitable for educational and STEM projects
- Useful for mechatronics prototyping
- Compact design for Arduino-based robotic systems
- Simplifies motor and servo wiring
Specifications
| Parameter | Specification |
|---|---|
| Product Type | Arduino-Compatible Motor & Servo Control Board |
| Control Interface | I²C |
| PWM Controller | PCA9685-Based PWM Control |
| DC Motor Support | Up to 4 DC Motors |
| Stepper Motor Support | Up to 2 Stepper Motors |
| Servo Outputs | Up to 8 PWM Servo Outputs |
| Motor Current | 2.2A Per Channel, 3.6A Peak |
| Motor Voltage | 4.5V to 13.5V DC |
| Servo Power Output | 5V |
| Recommended Servo Current | Up to 3A Through Onboard Servo Power Section |
| Wireless Control | PS2 Receiver Adaptor Interface |
| Additional Interfaces | Ultrasonic Sensor & Bluetooth Module |
| Compatible Controller | Arduino Uno / Compatible Boards |
| Programming | Arduino IDE and Compatible Programming Environments |
| Application | Robotics, Automation, Mechatronics & Education |
Design and Construction
The board is designed as an Arduino Uno-compatible expansion controller, allowing it to be mounted or connected to a compatible Arduino board while providing dedicated interfaces for motors, servos, sensors, and wireless control accessories.
The onboard motor control section provides connections for up to four DC motors or up to two stepper motors, depending on the selected operating configuration. The motor section is designed to handle motor direction and speed control from the connected Arduino program.
A dedicated PWM control section provides eight servo outputs, allowing multiple servo motors to be operated from a single controller. This makes the board particularly useful for robotic arms, articulated mechanisms, pan-tilt systems, and multi-servo robotic structures.
The board also includes dedicated connection areas for a PS2 receiver adaptor, ultrasonic sensor, and Bluetooth module. These interfaces allow additional control and sensing capabilities to be added without requiring extensive custom wiring.
The I²C control architecture reduces the number of Arduino pins required for controlling the onboard peripherals, leaving more controller pins available for sensors and other project components.
PlayStation PS2 Receiver Adaptor 4 DC Motors & 8 PWM Servo Control Board reference image
Working Principle
The board works as an expansion and control interface between an Arduino-compatible controller and connected motors, servos, and accessories.
The Arduino communicates with the board through the I²C interface. Commands from the Arduino program are processed by the onboard control circuitry, which generates the required control signals for the connected motors and servos.
For DC motors, the motor control section manages the motor’s direction and speed, allowing the Arduino to control forward, reverse, and variable-speed movement. Up to four DC motors can be connected according to the board’s supported configuration.
For stepper motor applications, the board can support up to two stepper motors, making it suitable for mechanisms requiring controlled rotational movement.
The PWM control section provides control signals for up to eight servo motors. This allows the board to operate multiple servo-driven joints or mechanisms simultaneously.
When a compatible PS2 receiver adaptor is connected, the Arduino can receive commands from a wireless PS2-style controller through suitable programming. Button and joystick inputs can then be translated into motor and servo commands for applications such as wireless robot cars and robotic arms.
The ultrasonic and Bluetooth interfaces can be used to expand the project with distance sensing and wireless communication functionality.
The board itself does not operate as a standalone controller and requires an Arduino-compatible control board and suitable programming.
Pinout / Interface Details
The board provides dedicated interfaces for different robotic components, including:
- I²C interface for communication with the Arduino controller
- DC motor outputs for up to 4 DC motors
- Stepper motor connections for up to 2 stepper motors
- 8 PWM servo outputs
- PS2 receiver adaptor interface
- Ultrasonic sensor interface
- Bluetooth module interface
- Motor power input
- Servo power section
Before connecting any motor or servo, verify the polarity, operating voltage, current requirements, and connector orientation. Use an appropriate external power supply when operating multiple motors or servos.
Compatible Boards
- Arduino Uno
- Arduino Uno-compatible boards
- Compatible Arduino-based robotics controller boards
Compatibility with other Arduino boards depends on their physical pin arrangement, operating voltage, I²C support, and available connections.
Applications
- PS2 wireless controller robot cars
- Arduino robot cars
- Wireless robotic vehicles
- MeArm robotic arms
- Servo-controlled robotic arms
- Multi-axis robotic mechanisms
- Obstacle-avoidance robots
- Bluetooth-controlled robots
- DIY robotics projects
- Educational robotics systems
- STEM robotics projects
- Mechatronics projects
- Motor control experiments
- Servo control experiments
- Arduino automation projects
- Mobile robot platforms
- Custom robotic vehicles
- Robotic arm projects
- Multi-servo mechanisms
- Remote-controlled robots
- Classroom robotics experiments
- Engineering project kits
- Electronics training projects
- Prototype automation systems
- DIY robot development
Package Includes
- 1 × PlayStation PS2 Receiver Adaptor, 4 DC Motors & 8 PWM Servo Control Board
Product Disclaimer
Product images are shown for illustrative and representational purposes only. The actual product may vary slightly in colour, dimensions, PCB layout, connector arrangement, component placement, or appearance depending on the manufacturing batch.
Arduino Uno, PS2 wireless controller, PS2 receiver, DC motors, stepper motors, servo motors, ultrasonic sensors, Bluetooth modules, power supplies, connecting wires, robot chassis, and other components shown in product images are not included unless specifically mentioned in the package contents.
The board requires an Arduino-compatible controller and suitable programming to operate. It cannot function independently as a complete robot controller.
Motor and servo performance depends on the connected motor specifications, power supply, wiring, load, and mechanical configuration. Do not exceed the specified motor voltage and current limits.
When operating multiple motors or servos simultaneously, use a suitable external power supply capable of providing the required current. Ensure correct polarity and wiring before powering the board.
The PS2 wireless control function requires a compatible PS2 receiver adaptor and suitable Arduino programming. The controller and receiver adaptor may need to be purchased separately unless included in the package contents.
Related Products and Categories
Explore relevant products and category pages available from Robosap.
FAQs
1. What is the PS2 Receiver 4 DC Motors & 8 PWM Servo Control Board used for?
This board is an Arduino-compatible motor and servo expansion board designed to simplify the control of multiple motors and servos in robotics projects. It can be used for robot cars, robotic arms, MeArm projects, automation systems, obstacle-avoidance robots, Bluetooth-controlled robots, and educational robotics applications.
2. How many DC motors can the board control?
The board can control up to 4 DC motors, allowing it to be used for multi-wheel robot cars, mobile robotic platforms, and other motor-driven mechanisms.
3. Does the board support stepper motors?
Yes. The board can support up to 2 stepper motors, making it suitable for projects that require controlled rotational movement in addition to standard DC motor control.
4. How many servo motors can the board control?
The board provides up to 8 PWM servo outputs, allowing multiple servo motors to be controlled for robotic arms, articulated mechanisms, pan-tilt systems, and other multi-servo applications.
5. Can DC motors and servo motors be used at the same time?
Yes. The board is designed to support motor and servo control in the same project, making it useful for robots that combine wheel movement with servo-operated mechanisms.
6. What communication interface does the board use?
The board uses an I²C communication interface to communicate with the Arduino-compatible controller. This helps reduce the number of Arduino GPIO pins required for motor and servo control.
7. What PWM controller is used on the board?
The board uses a PCA9685-based PWM control section to generate PWM signals for the servo outputs and help manage multiple servo channels.
8. Can this board be used with Arduino Uno?
Yes. It is primarily designed for Arduino Uno and compatible Arduino boards. It connects to the Arduino through the appropriate interface and allows the Arduino program to control the connected motors, servos, and accessories.
9. Can the board work without an Arduino?
No. The board is an expansion and motor/servo control board, not a standalone programmable controller. An Arduino-compatible controller and suitable program are required to operate the board.
10. Does the board support PS2 wireless controller operation?
Yes. It includes a dedicated PS2 receiver adaptor interface. With a compatible PS2 receiver and suitable Arduino programming, it can be used to control robot cars and other robotic mechanisms wirelessly.
11. Is the PS2 controller included with the board?
No. The PS2 wireless controller and receiver adaptor are not included unless specifically mentioned in the package contents. They may need to be purchased separately.
12. Can this board be used to build a robot car?
Yes. It is well suited for Arduino robot car projects. It can control multiple DC motors and can also be combined with a PS2 receiver, ultrasonic sensor, or Bluetooth module for additional functionality.
13. Can it be used for a robotic arm?
Yes. The board supports up to 8 PWM servo outputs, making it suitable for robotic arms, MeArm projects, multi-axis mechanisms, and other servo-controlled systems.
14. Can an ultrasonic sensor be connected to the board?
Yes. The board provides an ultrasonic sensor interface, which can be used in projects such as obstacle-avoidance robots and autonomous robotic vehicles.
15. Does the board support Bluetooth modules?
Yes. It provides a dedicated Bluetooth module interface, allowing suitable Bluetooth modules to be integrated into compatible Arduino robotics projects for wireless control.
16. What motor voltage does the board support?
The motor section supports a 4.5V to 13.5V DC motor voltage range. The connected motors should be selected according to the board's voltage and current specifications.
17. What is the motor current capacity?
The motor control section is specified for approximately 2.2A per channel, with up to 3.6A peak, depending on operating conditions. The connected motors should remain within the recommended current limits.
18. What voltage is provided for the servo outputs?
The servo power section provides approximately 5V servo power. When using multiple servos, a suitable external power source should be used to provide sufficient current.
19. What power supply should be used for multiple motors and servos?
The power supply should be selected according to the voltage and total current requirements of the connected motors and servos. A stable, adequately rated external supply is recommended when operating several motors or servos simultaneously.
20. Can beginners use this board?
Yes. The board is suitable for students, beginners, makers, robotics trainers, and Arduino learners who want to build motor- and servo-based robotic projects without designing a separate control circuit.
21. Can the board be programmed using Arduino IDE?
Yes. The board can be controlled using an Arduino-compatible program developed through the Arduino IDE, provided the appropriate libraries and control code are used for the board's interfaces and connected components.
22. What types of robots can be built using this board?
It can be used to build PS2-controlled robot cars, Bluetooth-controlled robots, obstacle-avoidance robots, multi-wheel robots, robotic arms, MeArm robots, mobile platforms, and custom Arduino-based robotic systems.
23. Can this board control servo-based robotic mechanisms?
Yes. The 8 PWM servo outputs make it suitable for multi-axis robotic mechanisms, including robotic arms, robot legs, pan-tilt systems, grippers, and articulated structures.
24. Does the board reduce Arduino wiring requirements?
Yes. The I²C control architecture and onboard PWM control reduce the number of Arduino pins needed for managing multiple servo and motor functions, helping simplify the overall wiring of the project.
25. Can I connect four motors and eight servos at the same time?
The board provides support for up to 4 DC motors and 8 PWM servo outputs, but whether all connected devices can operate simultaneously depends on their voltage, current consumption, power supply, wiring, and the specific project configuration.
26. What safety precautions should be followed?
Always verify motor polarity, servo connections, operating voltage, and current requirements before powering the board. Use a suitable external power supply for high-current loads and do not exceed the board's specified motor voltage and current ratings.
27. What are the main applications of this board?
The board is commonly suitable for robot cars, robotic arms, MeArm projects, obstacle-avoidance robots, Bluetooth-controlled robots, PS2-controlled robots, educational robotics, STEM projects, automation, and mechatronics experiments.
28. What is included in the package?
The package includes 1 × PS2 Receiver Adaptor, 4 DC Motors & 8 PWM Servo Control Board. Arduino boards, PS2 controllers, motors, servos, sensors, Bluetooth modules, power supplies, and other accessories are not included unless specifically stated.
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