MAVProxy

MAVProxy is a fully-functioning GCS for UAV's. The intent is for a minimalist, portable and extendable GCS for any UAV supporting the MAVLink protocol (such as the APM).

Features

• It is a command-line, console based app. There are plugins included in MAVProxy to provide a basic GUI.
• Can be networked and run over any number of computers. It's portable; it should run on any POSIX OS with python, pyserial, and select() function calls, which means Linux, OS X, Windows, and others.
• The light-weight design means it can run on small netbooks with ease.
• It supports loadable modules, and has modules to support console/s, moving maps, joysticks, antenna trackers, etc Tab-completion of commands.

Usage:

mavproxy.py [options]

Options:

  -h, --help            show this help message and exit
  --master=DEVICE[,BAUD]
                        MAVLink master port and optional baud rate
  --out=DEVICE[,BAUD]   MAVLink output port and optional baud rate
  --baudrate=BAUDRATE   default serial baud rate
  --sitl=SITL           SITL output port
  --streamrate=STREAMRATE
                        MAVLink stream rate
  --source-system=SOURCE_SYSTEM
                        MAVLink source system for this GCS
  --target-system=TARGET_SYSTEM
                        MAVLink target master system
  --target-component=TARGET_COMPONENT
                        MAVLink target master component
  --logfile=LOGFILE     MAVLink master logfile
  -a, --append-log      Append to log files
  --quadcopter          use quadcopter controls
  --setup               start in setup mode
  --nodtr               disable DTR drop on close
  --show-errors         show MAVLink error packets
  --speech              use text to speach
  --aircraft=AIRCRAFT   aircraft name
  --cmd=CMD             initial commands
  --console             use GUI console
  --map                 load map module
  --load-module=LOAD_MODULE
                        Load the specified module. Can be used multiple times,
                        or with a comma separated list
  --mav09               Use MAVLink protocol 0.9
  --auto-protocol       Auto detect MAVLink protocol version
  --nowait              don't wait for HEARTBEAT on startup
  -c, --continue        continue logs
  --dialect=DIALECT     MAVLink dialect
  --rtscts              enable hardware RTS/CTS flow control
  --mission=MISSION     mission name