Fleet Management
Guide to managing your Drone Fleet on FlytBase
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Guide to managing your Drone Fleet on FlytBase
Last updated
Was this helpful?
Fleet view in FlytBase provides a centralized, intuitive dashboard that offers comprehensive oversight and management of all Devices (drones and docks) within an Organization. It allows operators to quickly access each Device's real-time telemetry, operational status, and health metrics, thus streamlining management and enhancing the safety and efficiency of drone operations.
Click on theicon, and select the Fleet tab from the Navigation Drawer.
A list of all Devices shall be visible in the left panel with each Device represented by a Device card.
Upon registration, each Device (Drone and Dock) in your fleet appears as a card on the left panel of the Dashboard. These cards facilitate quick access to device information and urgent notifications.
The status of the Dock and Drone are indicated by the color of their respective icons on the Dashboard:
Dock
Drone
To give a quick view of the health and telemetry of every Device, following symbols are used in the Device card:
Device Health notifications for Drone and Dock
Airspace or Failsafe trigger Alerts
RTK and GNSS Satellite count
Battery level
Latency of connection between Drone and Dashboard
Distance of Drone from Dock
Drone's Vertical velocity
Drone's Horizontal velocity
Drone's Altitude relative to reference
Additionally, there are two buttons on the right side of the Device card:
Drone Battery and Telemetry
Dock Status
Live Health Warnings
Weather
Network and Connection Health
Live Viewers
Sync Zones
Detailed Battery Indicator: The battery level is displayed as a percentage along with a color-coded bar that provides comprehensive status information. These indicators are essential for monitoring battery usage effectively, ensuring the Drone operates safely throughout the flight.
Green: This color represents the available battery life required to complete the assigned mission. The Time Left indicator uses current flight parameters to estimate how long the Drone can remain airborne.
While it is possible to override the Return to Docking Station (RTDS) mode and resume the mission in emergency situations, we advise against this action. Doing so could potentially compromise both the safety and integrity of the operation.
Additionally, the operational state of the Drone, such as Standby or Manual Flight, is clearly displayed as text.
Drone Altitude: Displays the Drone's altitude relative to the chosen reference.
Drone Heading: Shows the direction the Drone is facing, expressed in degrees relative to North, and measured clockwise.
Distance from Home: Indicates the straight-line distance from the Drone to the Dock.
Vertical and Horizontal Speeds: Shows the drone's travel speeds in given directions.
Power Mode: Indicates the type of electricity source used to power the Dock.
Enclosure Status: Shows the current status of the Dock doors.
Temperature: Displays the internal temperature of the Dock.
H.V.A.C. Status: Reflects the operational state of the Dock's H.V.A.C. system, which may be set to idle, heat, or cool the Dock.
Critical weather parameters for drone operations, such as Temperature, Rainfall, and Wind Speed, are displayed in a dedicated section for easy access and monitoring.
Key network parameters, including Dashboard-to-Drone Latency (measured in milliseconds), Dock-Drone RF Link frequency, and signal strength, are detailed under the Network and Connections section.
The Live Viewers section lists members of the Organization currently monitoring operations for a specific Drone. This feature enhances team collaboration, clarifies roles, and ensures that adequate supervision is maintained at all times.
To comply with Geofences and No-Fly Zones restrictions, each Device must be synced to these zones before every mission. A sync button is provided to facilitate an easy syncing process.
The button provides access to a detailed view of telemetry, health, and other relevant device information.
The opens a new browser window with the detailed view of the Device card.
Clicking the button on the Device Card provides access to the Detailed Device Card, which displays the following information:
Yellow: This color signifies the battery reserve needed to safely execute a Return to Docking Station (RTDS) flight, which is the designated response when the DJI Low Battery Failsafe is triggered. The yellow section of the battery bar reflects the amount of power necessary to return to the Dock, based on the specific requirements of the assigned mission. RTDS will automatically initiate when the battery level reaches the mark.
Red: This color indicates the battery reserve allocated for a safe landing from the current altitude. If the battery depletes to this level, the DJI Critical Battery Failsafe is triggered, compelling the Drone to stop all mission-related activities and descend vertically for an immediate landing. The landing process will begin when the battery level hits the mark.
Status and Satellite Counts: You can view the number of GNSS and RTK satellites detected by the Drone by hovering your cursor over the icon.
Satellite Counts: The number of GNSS and RTK Satellites detected by the Dock can be seen by hovering the cursor over the icon.
Live Health Warnings are prominently displayed for the Drone and Dock in the Detailed Device Card. To view warnings specific to a device, click on the icon. To access a comprehensive list of all warnings, click on the Show all link or navigate to -> Devices -> Select Device -> Diagnostics. For additional details, please consult the Device Health Management documentation.
