Download GCS Driver



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You can use the OpenPilot Ground Control Station (GCS) both to configure yourcontroller board and to control and monitor your aircraft during flight. Morecommonly, you would use a conventional radio control transmitter to controlyour vehicle, but the GCS is also capable of doing so.

All OpenPilot products use the same Ground Control Station. OpenPilot GCS iscurrently available for the Windows, Mac, and Linux operating systems.

Warning

OPENPILOT WAS DISCONTINUED!

Use LibrePilot instead.

Downloading the GCS installer¶

The first step is to download the appropriate GCS installer. Using the releasetable below, select the Download Link that corresponds to your computer’soperating system.

If updating from a previous release, you may wish note the current settings foryour vehicle first by creating a .UAV file or taking screenshots of vehiclesettings. Haier laptop drivers windows 10.

Important

The software on this page comes with no warranty. Use it at yourown risk and please be careful!

Visit the OpenPilot forums if you havequestions and/or suggestions. Extensive documentation about how the systemworks and how to install and configure it is available in this wiki.

Latest version can be found here: http://www.openpilot.org/download/.

RELEASE – OP-15.05.02 – Revolution Nano, Revo, OPLM and Platinum GPS¶

Note

Please note that CC3D is NOT supported by this release. To findthe latest release for the CC3D, please see Release – 15.02.02 below.

Windows NSIS Installer

Uninstall previous version first.

Mac OS X distribution image

Open as a standard distribution image.

Linux 64 bit Debian package

Uninstall previous version first, then use your system package installer toinstall.

Note

Please note that Linux .debs will only work with Linux versions Ubuntu14.04 or later, due to lack of popularity we are no longer building 32 Bit.debs but if needed you can build them easily using the source below and the‘make package’ command.

Source code

(Previous) RELEASE – OP-15.02.02 – Revo, CC3D, Atom, CC and v9 GPS¶

This version supports the CopterControl, CC3D, Atom, and Revo as well as theOPLink Modems.

Download Gcs Driver Download

Windows NSIS Installer

Uninstall previous version first.

Mac OS X distribution image

Open as a standard distribution image.

Linux Debian packages

32 bit:openpilot_15.02.02-1_i386.deb
64 bit:openpilot_15.02.02-1_amd64.deb

Uninstall previous version first, then use your system package installer toinstall.

Note

Please note that Linux .debs will only work with Linux versions Ubuntu14.04 or later.

Installation of the GCS¶

Open the GCS installer file that you downloaded and follow these steps:

  1. Choose a language from the drop-down list on the first page, then click OK.(You can cancel installation at any point by clicking Cancel.)
  2. The OpenPilot Welcome screen appears. Click Next.
  3. Review the conditions of the license agreement and then click I Agree toaccept the terms.
  4. You can select which components to install in the Choose Components dialogbox. Click Next to accept the default selections.

Download Gcs Drivers License

Download GCS Driver

Escodent port devices driver updater. Note

Note that the Mesa OpenGL driver may be required by older operatingsystems and is a required component for the GCS interface. If major elementsof the GCS user interface fail to display, re-installation with selection ofthe Mesa OpenGL driver may help.

  1. You can specify where to install OpenPilot GCS in the Choose Install Locationdialog box. Click Browse to choose a location or Install to install thesoftware in the default location shown in the text box.

    Previous installations of the OpenPilot GCS were installed in the Documentsand Settings directory on Windows machines. The latest default GCS locationis the standard Program Files location on Windows machines.

  2. OpenPilot GCS installs on your computer. Click Next when installation iscomplete.

  3. If you have have chosen the default setup, Windows will now install the CDCdriver for the Virtual Comm Port of your OpenPilot board.

Note

Note that the CDC driver is not required to connect and configureyour OpenPilot board with the GCS. You need the CDC driver for VirtualComm Port support.

  1. Click Finish to complete installation. (Clear the check box if you don’t wantOpenPilot GCS to run immediately.)
  2. If you choose to run OpenPilot GCS immediately, click OK to load the defaultconfiguration file.
  3. The OpenPilot GCS start page appears. Congratulations! You can exploreOpenPilot GCS or proceed to the next step, Installing or Updating YourFirmware.

The LibrePilot open source project was founded in July 2015. It focuses on research and development of software and hardware to be used in a variety of applications including vehicle control and stabilization, unmanned autonomous vehicles and robotics. One of the project’s primary goals is to provide an open and collaborative environment making it the ideal home for development of innovative ideas.

LibrePilot welcomes and encourages exchange and collaboration with other projects, like adding support for existing hardware or software in collaboration under the spirit of open source.

LibrePilot finds its roots in the OpenPilot project and the founding members are all long-standing contributors in that project.

The LibrePilot Project will be governed by a board of members using consensual methods to make important decisions and to set the overall direction of the project.

The LibrePilot source code is released under the OSI approved GPLv3 license. Integral text of the license can be found at www.gnu.org.

The source code can be found on Bitbucket and Github.

Main Features

  • Multiple input protocols: PWM, PPM (up to 16 channels), S.Bus, DSM Sat, SRXL, HoTT, EX.Bus, OpenLRS, iBUS
  • Multiple output protocols: PWM, PWMSync, OneShot125, OneShot42, Multishot
  • Multiple telemetry protocols: MSP, MAVLINK (OSD devices that use those protocols may be connected directly)
  • Multiple sensor fusion algorithms: Complementary (+Mag +GPS), Extended Kalman Filter (INS13), INS13Indoor
  • Autonomous Flight, Auto Takeoff, Auto Land and Return to Base
  • Various flight modes: Manual, Rate, RateTrainer, Attitude, AxisLock, WeakLeveling, VirtualBar, Acro+, Rattitude, AltitudeHold, AltitudeVario, CruiseControl, PositionHold
  • Gimbal stabilization, camera tilt compensation
  • PID tuning via Autotune, Easytune or manual by TxPID
  • Different Flightcontrollers: CC3D, Revolution, Sparky2, Revo Nano, and more!
  • Configuration Software for Linux, Mac, Windows and Android
  • And many more!

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