Make your robot wireless with RF 2.4GHz coded Remote control. Ideal for making any DC motor controlled robot. Just connect battery and motors to respective terminals to make your robot wireless. It can control up to 20Amp of current on each channel.
It can Drive 2 robot driving motors (Connect two motors in parallel for 4 wheeled robot) in skid steer control with analog speed control.
You can use multiple remotes at the same time but they need to be powered up in the correct sequence.
This Package Includes
- RF 2.4GHz Receiver and 20A motor control Circuit
- RF 2.4GHz Play Station 2 remote Control with receiver
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Features
- Control 2 DC motors with Skid Steer Control with 20Amp capacity each (See Remote Functions below)
- Analog speed control for 2 DC driving DC motors
- 2 servo motor control capability
- Auto selects four different frequencies so that four remotes can operate simultaneously.
Functions on Remote Control
| Action |
Effect |
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| Press Forward |
Both Motors Forward
Robot Moves Forward
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| Press Left |
Right Motor Forward
Left Motor Reverse
Robot turns Left
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| Press Right |
Right Motor Reverse
Left Motor Forward
Robot turns Right
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| Press Reverse |
Both Motors Reverse
Robot Moves Backward
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| Left Joystick |
Speed Control mode |
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| Press L1 or L2 |
Servo1 Forward or Backward |
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| Press R1 or R2 |
Servo2 Forward or Backward |
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Usage Steps
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Connect 4X AAA cells to the transmitter and keep transmitter in power off state.
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Make sure the control board and receiver (Black coloured small box) are properly connected as per the photo.
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Connect power supply to the control board with proper polarity. Check GND(-) and VDD(+) terminals. (Do not connect the power supply in reverse or else the circuit will be damaged.)
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Check LED status on receiver. Power LED should be on and rx LED should start blinking.
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Turn on power on the transmitter and check status on the receiver RX LED. Once the transmitter and receivers are linked the RX LED will stop blinking and stay in ON state continuously.
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In any case the receiver is not connected retry using power switch on the transmitter. Also the same procedure can be used to link delinked receiver and transmitter when the receiver goes out of range.
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If there are multiple transmitters and receivers on at the same time please make sure you power them in correct sequence. Once a pair is linked it will work at the same frequency and frequency will only change if there is only one delinked receiver which is powered and on another frequency.
Tutorials & Projects