PS2 Wireless Controller Gamepad Joystick 2.4G RF Remote & Receiver

PS2 Wireless Controller Gamepad Joystick 2.4G Handle for Arduino & DIY Robotics

This 2.4GHz wireless PS2-style controller is a reliable choice for robots with control remote projects where smooth steering and fast response matter. It runs on two AAA batteries and provides over 10 hours of continuous use, so your builds stay active longer. Moreover, the 2.4G RF connection offers stable robot control up to 10–12 meters, even in busy classrooms or labs. Dual vibration motors add haptic feedback, which is helpful while tuning a robot arm servo movement or testing motion routines.

Because it supports multi-loop signals, you can operate multiple robots with control remote setups at once without interference. Therefore, this controller fits perfectly in DIY robotics, RC vehicles, gaming consoles, and IoT automation experiments.

Technical Details

• Platform: PS2-compatible, suitable for Arduino and STM32
• Wireless Technology: 2.4GHz RF with up to 12m range
• Material: High-quality ABS plastic housing
• Control Type: Digital (2-axis, 10 keys) and Analog (4-axis, 12 keys)
• Power: Requires 2 x AAA batteries (not included)
• Battery Life: Over 10 hours of continuous operation
• Operating Voltage: 3.3V–5V (receiver)

Features

• Wireless 2.4GHz communication for responsive robotscontrol remote builds
• Dual vibration motors for force feedback while testing robot control routines
• Long control distance — up to 10–12 meters
• Ergonomic design ensures comfortable long-term use
• Plug-and-play with included 2.4G receiver
• Universal compatibility: Arduino, STM32, PS2 consoles, DIY robots
• Supports multi-channel simultaneous control with no signal interference

Receiver Pin Configuration

• Brown: Data (DI / DAT)
• Orange: Command (DO / CMD)
• Grey: Vibration Motor Power (7.2V – 9V)
• Black: Ground (GND)
• Red: Power (3.3V)
• Yellow: Attention (CS / SEL)
• Blue: Clock (CLK)
• White: Not Connected (NC)
• Green: Acknowledge (ACK)

Note: Out of 9 available pins, only 6 are typically used for operation.

How to Use for Robots with Control Remote

• Connect the receiver to your control board following the pin mapping above.
• Install 2 AAA batteries and power on the controller.
• Press the MODE or ANALOG button to start pairing.
• When LEDs on both units stay lit, pairing is complete.
• Then map joysticks/buttons in your code for precise robot control and smooth robot arm servo actions.

Handle Button Function (STM32 Example)

• Press “MODE” to pair; both LEDs indicate successful connection.
• Left joystick – forward, backward, left, and right translation.
• Right joystick – rotation control.
• Combination control – push rods up/down for acceleration and deceleration.

Handle Button Function (Arduino Uno Example)

• Move left – Parallel shift
• Move right – Parallel shift
• Forward / Backward – Directional control
• Stop – Halts all motors
• Low-speed forward – Controlled acceleration
• Rotate left / right – Pivot control

Handle Button Function (Arduino MEGA2560 Example)

• Press L1 and use the left joystick for forward/backward/pan controls.
• Press and hold L1, use right joystick for left/right rotation.
• Press L1 + R1 together, use left joystick for acceleration/deceleration.

Applications

• Arduino Projects: Ideal for robots with control remote driving and steering.
• Robotics: Used in autonomous or manually controlled robot systems.
• Gaming: Compatible with gaming consoles and emulators.
• RC Vehicles: Suitable for remote-controlled cars, tanks, and drones.
• IoT Devices: Enables wireless control in smart automation systems.
• DIY Projects: Great for robot arm servo testing and calibration.

Physical Attributes

• Weight: 177g
• Material: High-quality ABS plastic
• Color: Black

Notes

• Requires 2 × AAA batteries (not included).
• Color or design may vary depending on stock availability.
• Ensure correct wiring sequence while connecting receiver pins for stable robot control.

Package Includes

• 1 × PS2 Wireless 2.4GHz Analog Controller
• 1 × 2.4GHz Receiver Module
• 7 × Female-to-Female Jumper Wires