96 - 128 Kbps is the rough bandwidth for U.S. based FM digital radio transmission. Source: https://en.wikipedia.org/wiki/Digital_radio#United_States
Note: All commands sound like noise to any non-machine (Think techni-can)

If any action fails, mech responds with ERROR and a message if applicable. Example:
   -> HIHI
   <- HELO
   -> FIRE
   <- ERROR404
   -> EXPL
   <- WEAPON_NOT_FOUND
The error is understood to mean 'Weapon not found'

Basic commands:
      HIHI - If mech is within radio range, responds with HELO
      STAT - Mech returns status like speed, heading, altitude, etc.
           Example: SPED300ALT10+HEAD180BATT50AMMO20ONBIKE (Speed 300mph, Altitude 10ft and climbing, heading South (180 degrees) with 50% battery left, 2 rounds left and in Bike mode)
      DATE - Mech will return current datetime.
           Example: 2014_07_09_10_08_00_P (09 Jul 2014 10.08.00 PM)
      TSON - Turn Mech on fully, responds with WAIT then OK when finished
      TSOF - Turn Mech off (but on enough to receive commands), responds with WAIT then OK when finished
      READ - Mech returns sensory equipment data (Likely would need a sensory equipment check) Not going to give an example here
      FIRE - If Mech has weapon, responds with WAIT then OK. (Note there are no coordinates)
      HOVR - Mech will hover at current altitude unless a number is given as an argument; then will hover at that height, responds with WAIT then OK when finished
      LAND - Mech will hover then descend, responds with WAIT then OK when finished
      STOP - Mech will slow down to 0mph if possible (In bike mode only)
      TOME - Mech will move closer to source (The antenna that's issuing commands) Likely will stop within Xmeters from target.
      CAMA - Mech will transmit camera data (This can range from average feed [96Kbps] to the low end of 'Business quality videoconferencing' [128kbps])
      AUDO - Mech will transmit microphone data (MP3 runs from 32Kbps for just speech to 128Kbps for 'mid range quality')
      HUDD - Mech will transmit HUD Data
      EXPL - Mech will explain error code with more information like WEAPON_NOT_FOUND (404) or NOT_ENOUGH_POWER (500) respectively. If no error to explain return NOPE
      RDRN - Mech will turn on radar
      RDRF - Mech will turn off radar
      LOCK - Mech will lock out pilot from all digital inputs. 
           Any 'fly-by-wire' or 'manual' systems cannot be overridden (by virtue of being fly-by-wire). Mech responds with OK, if locked LOCK will appear in STAT
      BECN - Mech will set off emergency distress beacon.
      HMSG - Mech will flash argument text on the HUD (In the 'messages' section). Responds with OK
      MAIL - Mech will read messages for user. Returns OK MSG#_FROMNAME_MSG_FSTP Responds with OK
           Example: MSG1_LOCKON_GET_THE_FUCK_OUT_OF_MY_MECH_FSTP
      SEND - Mech will send messages for user. Syntax SEND_TONAME_MESSAGE_FSTP 
           Example: SEND_LOCKON_MAKE_ME_FSTP
      NOTE - Mech will send self-addressed message, shows up in mail queue. Syntax: NOTE_MSG
           Example: NOTE_IMPLEMENT_EJECT_SEATS

Authentication:
      Before any commands can be sent (minus HIHI and HOME) a user must log in first.
      AUTH - Authenticate with mech. Command takes time encrypted password.
           Example: AUTH_BA87C4F2E2254FE55 Responds with HELO_NAME (Example: HELO_LOCKON or HELO_THADDIUS) if authenticated or ERROR401 if not
      WHOI - Mech will respond with the username of the logged in user
           Example: LOCKON or SIMONE
      LOGT - Mech will deauthenticate user. Responds with BYE_NAME (Mech auto deauthenticate if last command was Y seconds ago)
      

Function calls and process management:
      These next commands are to facilitate the creation of procedures (functions), or a saved set of commands.
      TEXT - Mech will start to stack orders but will not execute them. (TEXT requires an _ and the name of the procedure) Returns REDY
      TEND - Mech will stop stacking orders and save the stack as a procedure. Returns OK
      PROC - Mech will call procedure (PROC requires an _ and the name of the procedure) Returns START when calling the procedure then FINISH when done
      DELP - Mech will delete procedure (Requires ownership of procedure)
      KILL - Mech will immediately stop procedure, called during a procedure call. Returns DEAD if procedure stopped.
      BKGD - Mech will stop returning values for duration of procedure
      FRGD - Mech will begin returning values for duration of procedure
      VALU - Mech will store value into memory. Syntax: VALU_NAME_VALUE Returns OK.
           Example: VALU_TARGETNAME_FORSAKEN_GOD 
      GETV - Mech will return value from memory. Syntax: GETV_NAME. Note: If variable name doesn't conflict with namespace, can just call name. e.g TARGET_NAME. Can be used as arguments.
           Example: GETV_TARGETNAME (Returns: FORSAKEN_GOD)
      DELV - Mech will delete value from variable table
      CLEN - Mech will clean variables and finished procedures from table.
      ADDV - Mech will add two variables together provided they are integers or floats, stores result into first variable. Syntax: ADDV_ARG1_ADDV_ARG2. Returns result
      SUBV - Mech will subtract two variables provided they are integer or float, stores result into first variable. Syntax: SUBV_ARG1_SUBV_ARG2
      MULV - Mech will multiply two variables provided they are integer or float, stores result into first variable. Syntax: MULV_ARG1_MULV_ARG2
      DIVI - Mech will divide two variables provided they are integer or float, stores result into first variable. Syntax: DIVI_ARG1_DIVI_ARG2
      EQLV - Mech will compare two values and return TRUE if two values are the same, otherwise FALSE. Syntax: EQLV_ARG1_EQLV_ARG2
      NQLV - Mech will compare two values and return TRUE if they are *NOT* the same, otherwise FALSE. Syntax: NQLV_ARG1_NQLV_ARG2
      GTRV - Mech will compare two values and return TRUE if the first is greater than the second, otherwise FALSE. Syntax: GRV_ARG1_GTRV_ARG2
      LESV - Mech will compare two values and return TRUE if the first is less than the second, otherwise FALSE. Syntax: LESV_ARG1_LESV_ARG2
      GREV - Mech will compare two values and return TRUE if the first is greater than or equal to the second, otherwise FALSE. Syntax: GREV_ARG1_GREV_ARG2
      LEEV - Mech will compare two values and return TRUE if the first is less than or equal to the second, otherwise FALSE. Syntax: LEEV_ARG1_LEEV_ARG2
      TETR - Mech will compare first value and if true call first procedure arguemnt, if false calls the second procedure argument. Syntax: TETR_TEXT_TETR_PROCARG1_TETR_PROCARG2
           Example: TETR_EQLV_WHOAMI_NQLV_LOCKON_TETR_BECN_TSON
           (If WHOAMI doesn't equal LOCKON, turn on emergency distress beacon, else turn system on.)
      NUMV - Mech will test variable if it is a integer or float. Returns TRUE or FALSE. Syntax: NUMV_ARG
           Example: NUMV_TARGETNAME. (Returns: FALSE)
      STRV - Mech will test variable if it is a string (not 0-9). Returns TRUE or FALSE. Syntax: NUMS_ARG
           Example: NUMS_TARGETNAME. (Returns: TRUE)
      EXTV - Mech will test if variable exists, if it does returns TRUE else FALSE. Syntax: EXTV_ARG
           Example: EXTV_TARGETNAME. (Returns: TRUE)
      NXTV - Mech will test if variable does not exsit, if it does not exist returns TRUE else FALSE. Syntax: NXTV_ARG
      INUL - Mech will test if variable is equal to NULL or 0; if it is returns TRUE. Syntax: INUL_ARG
      NNUL - Mech will test if varuable is not equal to NULL or 0; if it is not returns TRUE else FALSE. Syntax: NNUL_ARG
      IFIT - Mech will execute procedure if test is true. Syntax: IFIT_TEST_IFIT_PROC.
           Example: IFIT_EQLV_TARGETNAME_EQLV_FORSAKEN_GOD_IFIT_FIRE. (If TARGETNAME is equal to FORSAKEN_GOD then FIRE)
      IFIF - Mech will execute procedure if test is false. Syntax: IFIF_TEST_IFIF_PROC.
      

           An Example of creating a procedure:
           -> TEXT_DOWN
           <- REDY
           -> MOVY-5
           <- OK
           -> MOVY-5
           <- OK
           -> TEND
           <- DONE
           From here the Mech hasn't moved, but has saved the two moves as a procedure called DOWN
           -> PROC_DOWN
           <- START
           <- OK
           <- OK
           <- FINISH
           The Mech moves down 10ft
      
      

Movement commands: (These don't matter at all really. As it is simply swept under the rug of a piloting check.)
         Base command syntax: MOV[X,Y,Z][+,-]####
         Move along the X, Y, or Z axis. X for horizontal, Y for vertical, and Z for speed.
         Air Movement command syntax: CORDXY
         Move to coordinates X,Y on Cartesian plane. (Mech points it's "Nose" at those coordinates.)

Flat Coordinate Plane: (To be replaced by POLAR plane) [Polar Plane is harder to code but makes for more accurate navigation]
     All Coordinate commands use a vertical plane (with Z bisecting the camera). So 100,100 is the upper right hand side.

     . . . . | . . . .                                                     |           
     . . . . | . . . .                                                     |   _       
     . . . . | . . . .                                                     |  /        
     - - - - + - - - - The + is both origin and the bike facing the plane. |<= Bike------
     . . . . | . . . .                                                     |  \_       
     . . . . | . . . .                                                     |           
     . . . . | . . . .                                                     |
             

Errors:
    401 - Unauthorized
    404 - Not found
    500 - internal error
    400 - operator error (like calling stop in air mode)
    429 - too many commands at one time
    501 - Command doesn't exist
    418 - I'm a Teapot -or- Time Magic

TO BE IMPLEMENTED:

Polar coordinate plane
FIREX###Y### - Mech will fire on X,Y coordinate (Requires more programming) Changes state of STAT (BIKE or MECH)
TRFM - Mech will transform, responds with WAIT then OK when finished (Requires more programming)
HOME - Mech will move closer to Lockon's beacon. - Need to build beacon. This command locks out all other commands except CNCL; mech will respond with NOPE (Requires only the Beacon)
CNCL - Cancels HOME command, and unlocks the mech. Requires a passcode that is encrypted with a time based crypt [Passcode is REDACTED] (Requires only the Beacon)


Basic Pipeline of Commands (Example session):
Anything after the '#' is a comment and not sent to or from the system
      -> HIHI
      <- HELO
      -> AUTH_4DF4885BA8D6F 
      <- HELO_SIMONE
      -> STAT
      <- SPD0ALT0.5HEAD90BATT100AMMO0OFFBIKE # Stopped, grounded, facing east, full battery, no ammo, turned off, and in bike mode
      -> TSON # Turn System ON
      <- WAIT
      <- OK
      -> STAT
      <- SPD0ALT0.5HEAD90BATT100AMMO0ONBIKE # Stopped, grounded, facing east, full battery, no ammo, turned on, and in bike mode
      -> ASDF
      <- ERROR501
      -> EXPL
      <- COMMAND_DOESNT_EXIST
      -> TEXT_ASDF # Create the procedure 'ASDF'
      <- REDY
      -> STAT
      <- OK
      -> HOVR10 # Hover at 10 ft
      <- OK
      -> STAT
      <- OK
      -> WHOI
      <- OK
      -> HMSG_HELLO_LOCKON_I_HAVE_CONTROL # Send "HELLO LOCKON I HAVE CONTROL" to the HUD's messages queue
      -> TEND
      <- DONE
      -> PROC_ASDF # Call procedure 'ASDF' (Since it doesn't conflict with any other commands, the command could just be called directly as ASDF)
      <- OK
      <- SPD0ALT0.5HEAD90BATT100AMMO0ONBIKE
      <- WAIT
      <- OK
      <- SPD0ALT10.5HEAD90BATT100AMMO0ONBIKE
      <- SIMONE
      <- OK
      <- FINISH
      -> DELP_ASDF # Delete 'ASDF'
      <- OK
      -> PROC_ASDF
      <- ERROR501
      -> EXPL
      <- COMMAND_DOESNT_EXIST
      -> LOGT
      <- BYE_SIMONE