diff --git a/README.md b/README.md
index 3a6f9ae..c053f89 100644
--- a/README.md
+++ b/README.md
@@ -14,32 +14,32 @@ Credits to Original Authors:
 
 3) Compile the hid-gadget-test program, this handles moving the text to the Human Interface Device driver:
 
-    gcc hid-gadget-test.c -o hid-gadget-test
+       gcc hid-gadget-test.c -o hid-gadget-test
 
 4) Compile usleep, this is a basic function which is not natively supported in Raspbian and is used to account for delays in the program:
 
-    make usleep
+       make usleep
 
 5) Ensure all files and scripts are executable (chmod 755 <file>)
 
 6) Activate the dwc2 drivers which allows the device to function in host mode when not connected to a PC:
 
-    echo "dtoverlay=dwc2" | sudo tee -a /boot/config.txt
+       echo "dtoverlay=dwc2" | sudo tee -a /boot/config.txt
 
 9) Place dwc2 and libcomposite in the modules file to boot with the OS:
 
-    echo "dwc2" | sudo tee /etc/modules
-    echo "libcomposite" | sudo tee /etc/modules
+       echo "dwc2" | sudo tee /etc/modules
+       echo "libcomposite" | sudo tee /etc/modules
 
 10) Copy the following into your /etc/rc.local file.  This allows you to place a "payload.dd" script in the "boot" drive that appears when you plug the SD card into a computer, it will then copy the file and format it for Unix (because Windows machines format the text differently):
 
-    /home/pi/hid.sh
-    sleep 3
-    /home/pi/run_payload.sh
+       /home/pi/hid.sh
+       sleep 3
+       /home/pi/run_payload.sh
 
 11) Copy the actual payload into /boot, this directory can also be accessed in Windows by simply placing your micro SD card into a card reader and copying it to the drive that appears.
 
-    cat payloads/open_terminal/open_mint_terminal.dd payloads/backdoor/bind_shell.dd > /boot/payload.dd
+       cat payloads/open_terminal/open_mint_terminal.dd payloads/backdoor/bind_shell.dd > /boot/payload.dd
 
 12) Place SD card into the Raspberry Pi Zero, plug it into the target host machine via USB cable in the peripheral micro USB port, NOT THE POWER PORT.  A power cord is not required as the Pi Zero will take power directly from the host machine.