Controlling a linear actuator and a servo simultaneously

Projects General Guidance
1

Im currently building a cooler that has a lid and lock that automatically opens with someone checks in on Foursquare. While Im building it Im using temporary code that can be controlled through the serial monitor so that I can get the timing and range of motion down. My problem is that I cannot get both "servos" to work at the same time. The linear actuator will open/close the lid but the servo never activates. Here is the code Im working with, Im sorry ahead of time for any rookie mistakes that Ive made.

#include <Servo.h>

Servo servo; // Linear actuator opening lid
Servo servo2; // Servo controlling front lock
int val; // Value read from the serial port
void setup()
{
 servo.attach(9); // Connect linear actuator
 servo2.attach(10); // Connect front servo
 Serial.begin(9600);
 Serial.flush();
}
void loop()
{
 // Read from serial port
 if (Serial.available())
 {
   val = Serial.read();
   Serial.print(val);

   if (val == 110) // n = 110 in dec N = OPEN
   
  {
	
	  {
	    servo.write(0);
	    servo2.write(180);
	    delay(25);
	  }
	}

 }

   else if (val == 109) //109 = m in dec M = CLOSED
   {
	
	  {
servo2.write(0);	    
  servo.write(180);
	    
	    delay(25);
    
    
    
  }
} 
 }
2 
 Serial.flush();

Right after opening the serial port, there is absolutely no excuse for doing this.

   if (val == 110) // n = 110 in dec N = OPEN

Then, why the heck not make it easy?

if(val == 'n')

Getting rid of excess { and } would certainly make your code easier to read, as would getting rid of excess blank lines, and using Tools + Auto format.

As it is, your code looks like:

 if (Serial.available())
 {
   val = Serial.read();
   Serial.print(val);

   if (val == 110) // n = 110 in dec N = OPEN
   {
     servo.write(0);
     servo2.write(180);
     delay(25);
   }
 }
 else if (val == 109) //109 = m in dec M = CLOSED
 {
   servo2.write(0);	    
   servo.write(180);
   delay(25);
 }

from which it is clearly obvious that the else if is in the wrong place.