Blue Robotics Cockpit GCS: An In-Depth User Interface Review

Added:

GCS Overview
Installation & Setup
Core Configuration
Joystick & Input
UI Customization
Editing & Views
Widget Management
Advanced Widgets
Live Dive & Files
Final Processing

GCS Overview

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Playing Section
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    Introduces Cockpit, a free open-source ground control station for underwater robots.

  • 2

    Explains Blue Robotics' motivation for creating a customizable maritime-focused interface.

  • 3

    Compares Cockpit to QGroundControl and Mission Planner, highlighting its unique features.

Understanding of basic marine robotics (ROV/AUV) architecture, including thrusters, tether communication, and onboard control systems.
Familiarity with the concept and purpose of a Ground Control Station (GCS) in unmanned vehicle operations.
Basic knowledge of key telemetry metrics used in marine exploration, such as depth, heading, pitch, roll, and battery status.
Elementary understanding of network communication protocols (such as IP addressing and UDP/TCP) used to connect a surface GCS to a subsea vehicle.
Advanced customization and development of custom widgets or plugins using Cockpit's extensible software architecture.
Integrating and displaying complex payload data, such as sonar imaging, USBL acoustic positioning, and robotic manipulator feedback within the GCS.
Implementing autonomous mission planning, waypoint navigation, and safety fail-safes using GCS-driven automation.
Analyzing post-mission telemetry logs and video overlays for scientific data extraction and structural inspections.
7.5K views101likes22:34@philparisi_Original Release: 2024-10-16

Cockpit is a new free and open-source Ground Control Station (GCS) developed by Blue Robotics specifically for maritime unmanned vehicles, offering highly customizable user interfaces where operators can dynamically add, remove, and reposition widgets such as video players, telemetry displays, and sensor indicators to create personalized mission control screens; the system supports vehicles running BlueOS and ArduPilot autopilots, and records video with embedded telemetry data that can be post-processed using tools like VLC Media Player or HandBrake to create professional documentation of underwater missions.