RC4 Bluetooth Remote Control
Brand: PISHROBOT19.33$ – 19.56$
Quick Overview
By using RC4, the remote control without interference, you can easily control all kinds of robots such as firefighter robots, soccer player robots, explorer robots, warrior or sumo robots, service robots, robot arms, etc. with only one remote control.
The RC4 remote and its free mobile application can be used for KAIROBOT products and many other manufacturers’ products.
The ability to simultaneously direct and control 4 DC motors and 4 servo motors in different control modes is one of the features of this popular remote control.
The RC4 remote is a new generation of advanced robot remotes that uses a mobile app instead of a joystick.
Description
RC4 Remote Control
Number of channels: 18
- Simultaneous control of 4 DC motors
- Differential control of mobile robots
- Simultaneous control of 4 servomotors
- Number of digital inputs/outputs in the receiver: 2
- Ability to activate devices connected to the relay board
- The ability to connect to all kinds of sensors such as contact sensors
- Vibration feedback from the sensors on the transmitter
- Allowable current of each DC motor continuously: Maximum 1.6A
- Permissible current of each DC motor instantaneously: Maximum 3A
- Allowed input voltage of receiver battery: 6V
- Receiver Power Supply: 4 AA 1.5V batteries
- Number of sockets per output: 1
- Socket type: RJ616 socket (compatible with KAI-ROBOT motors)
If you want to use more powerful motors that have higher torque and ultimately higher current or voltage (such as the advanced flanged motor), you can get the EMD22 board.
RC4 Trasmitter
Download RC4 app
RC4 Receiver
Example 1: Tank with Gripper
Connecting RC4 to Tank with Gripper
Introduction to servomotors
Unlike normal motors that rotate continuously, servo motors rotate up to a set angle and then stop, and do not change position as long as they are turned on.
– Servomotors can be used in robot joints to change the angle of the joint.
– With the help of the Select key, you can turn off/on all servomotors.
– You can adjust the angle of each servomotor between 0 and 180 degrees with the help of two keys.
Example 2: Robot with contact sensor
Attention: Do not use KRC pack sensors. If used, the device may be damaged. A/D board can be used to apply analog sensors such as IR sensor or light sensor.
Example 3: Robotic arm with DC motor
To make the arm, you can use some servomotors instead of the dc motors and use the control keys of the servomotors to control it.
Example 4: Soccer robot
In this control method, the motors must be directly connected to the wheel and the device must be in mode 1.
Introducing the relay board
With the help of this board, you can control motors and various electrical devices that work with voltages higher than 6 volts. The maximum allowed current of the relay is 5A.
Additional information
| Dimensions | 23 × 20 × 8 cm |
|---|---|
| Model / Version |
RC3 remote control
RC3 remote control
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