Can you please guide me about analog joystick ? Is it possible to control the directions and speed of two motors just like an RC Car movements with one joystick (VRx, VRy )

[mubashirazmat]

@johnwasser

#include <Servo.h>

const byte XPotPin = A0;  // Left-Right control
const byte YPotPin = A1;  // Forward-backward throttle
const byte LeftServoPin = 2;
const byte RightServoPin = 3;

Servo LeftServo, RightServo;

const int SERVO_LIMIT_LOW = 1000;  // Used with servo.writeMilliseconds()
const int SERVO_LIMIT_HIGH = 2000;  // Used with servo.writeMilliseconds()
const int SERVO_IDLE = (SERVO_LIMIT_LOW + SERVO_LIMIT_HIGH) / 2;
const int DEAD_ZONE = 10;
const int YAW_SENSITIVITY = 100;

void setup()
{
  // Set pin modes on motor pins
  LeftServo.writeMicroseconds(SERVO_IDLE);
  LeftServo.attach(LeftServoPin);

  RightServo.writeMicroseconds(SERVO_IDLE);
  RightServo.attach(RightServoPin);
}

void loop()
{
  int speedInput = analogRead(YPotPin); // Forward/Reverse
  int yawInput = analogRead(XPotPin); // Left/Right turn

  // Map 'speedInput' to the range SERVO_LIMIT_LOW (backward), SERVO_LIMIT_HIGH (forward)
  speedInput = map(speedInput, 0, 1023, SERVO_LIMIT_LOW, SERVO_LIMIT_HIGH);

  // Map 'yawInput' to the range -YAW_SENSITIVITY (full left) to +YAW_SENSITIVITY (full right)
  yawInput = map(yawInput, 0, 1023, -YAW_SENSITIVITY, YAW_SENSITIVITY);

  // Put in dead zones
  if (speedInput > SERVO_IDLE-DEAD_ZONE && speedInput < SERVO_IDLE+DEAD_ZONE)
    speedInput = SERVO_IDLE;
  if (yawInput > -DEAD_ZONE && yawInput < DEAD_ZONE)
    yawInput = 0;

  int leftSpeed = speedInput + yawInput;
  int rightSpeed = speedInput - yawInput;

  // neither motor can go faster than maximum speed
  leftSpeed = constrain(leftSpeed, -SERVO_LIMIT_LOW, SERVO_LIMIT_HIGH);
  rightSpeed = constrain(rightSpeed, -SERVO_LIMIT_LOW, SERVO_LIMIT_HIGH);

  LeftServo.writeMicroseconds(leftSpeed);
  RightServo.writeMicroseconds(rightSpeed);
}

I'm getting a good results by using this arduino module joystick

but when I used this joystick model number (CHC-104B-M4), I'm not getting an accurate results like the one as above.