DPDT Switch 6 Leg for Wired Robot/ Car Remote

DPDT (Double Pole Double Throw) Switch

Product Description

The DPDT (Double Pole Double Throw) Switch is a 6-pin spring-loaded rocker switch designed for controlling the direction of DC motors. By wiring the switch in a cross-polarity configuration, it can reverse the motor’s polarity, allowing the motor to rotate in forward or reverse directions.

It is commonly used in wired robot controllers, school robotics projects, RC vehicles, motor control systems, and DIY automation projects.

Forward & Reverse Motor Control

The DPDT switch uses six terminals arranged into two poles with three positions. In an ON-OFF-ON configuration, the center position disconnects the motor, while the two outer positions provide opposite polarity to the motor.

This makes it a simple manual solution for controlling one DC motor in both directions without requiring a microcontroller or motor-driver circuit.

Spring-Loaded Operation

The switch is designed with a spring-loaded action, providing a clear switching response and convenient manual motor control. Its panel-mount design allows it to be installed into suitable robot controllers, enclosures, and control panels.

Key Features

• DPDT motor reversing switch
• 6 terminals
• ON-OFF-ON center-off configuration
• Spring-loaded rocker action
• Controls forward and reverse motor direction
• Suitable for DC motor polarity reversal
• Panel-mount design
• Durable metal terminals
• Suitable for wired robot controllers
• Compatible with many hobby DC motor applications

Technical Specifications

Feature	Specification
Type	DPDT Spring Loaded
Pins	6 Pins
Action	ON-OFF-ON
Function	Forward / Off / Reverse
Maximum Voltage	250V AC / 12V DC
Maximum Current	6A – 10A
Colour	Black Body
Mounting	Panel Mount

Working Principle

The DPDT switch changes the polarity supplied to the motor. With suitable cross-wiring, one switch position applies positive and negative voltage in one direction, while the opposite position reverses the polarity.

The center position disconnects the motor, providing an OFF state.

Motor Reversing Wiring

For the cross-wired configuration:

• Connect Battery Positive (+) to Pin 3.
• Connect Battery Negative (-) to Pin 4.
• Connect Pin 1 to Pin 6.
• Connect Pin 2 to Pin 5.
• Connect the motor wires to Pin 1 and Pin 2.

Always verify the actual terminal layout of the switch before wiring, as pin arrangement can vary between product versions.

Typical Application Scenarios

Wired Robots

Suitable for controlling forward and reverse movement in school and hobby robots.

RC Vehicles

Can be used for manual motor direction control in suitable DIY vehicle projects.

Motor Control

Useful for reversing the direction of DC motors, actuators, and mechanical systems.

DIY Automation

Suitable for manual control of small motorized mechanisms.

Applications

• Wired robot controllers
• DIY RC cars
• DC motor direction control
• Robotics projects
• Motorized mechanisms
• Automation systems
• Educational projects
• Polarity reversing circuits
• Custom control panels
• Hobby electronics

Product Disclaimer

Product specifications may vary between manufacturers and production batches. Please verify the actual switch rating, terminal layout, and dimensions before installation.

Product images are for illustrative purposes only and may differ from the actual product in colour, finish, or appearance.

Important Note

Current Rating

Do not exceed the switch’s rated voltage or current. Motor startup and stall currents can be significantly higher than normal operating current.

Wiring Safety

Disconnect the power supply before wiring or modifying the circuit. Confirm the terminal configuration before applying power.

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