1. Operational Flight Manifest Generation

Every airliner flight begins on the ground by generating an OFP.

DEEZZ5 HEWAC Q419 COATE ENE4
💡 Hover over individual elements in the box above to break down the navigation line parameters into plain English terms!
Ecosystem Blueprint Monitor
BLOCK FUEL
--.- t
EST ZFW
--.- t
Visual Spatial Reference Map

Current Operational Location Context:

Overhead Systems Panel
Autopilot / FCU Panel
Center Pedestal / MCDU
ℹ Currently offboard: You are working on a dispatch tablet or planning station browser prior to entry inside the flight deck frames.

⚠️ Ground Guardrail Engaged

You cannot map out navigation routing charts until SimBrief builds the data matrices framework first!

2. Navigraph High Altitude Visual Chart

Click objects on the visual chart grid below to decode structural operational parameters.

JFK HEWAC COATE
Chart Visual Decoder Data
ℹ Click on any visual tracking line or milestone coordinate marker layout Node within the map dashboard block to decode aviation specifications instantly.

⚠️ Ground Guardrail Engaged

The Electronic Flight Bag tablet hardware must have an active SimBrief data profile lock to function properly.

3. Fenix Flight Deck EFB Tablet
FLY YOUR BRICKS EFB v2.4 SYSTEM LINK CONNECTED
ACTIVE SERVER ASSIGNMENT PROFILE
PILOT ID: ------
CABIN PAYLOAD MANIFEST
-- PAX LOADED
FUEL REFUEL COMMAND
---- KG RESERVED
Tablet Operation Architecture
Spatial Location Context Map
EFB MOUNT Left Window Rail Frame
Overhead Systems Panel
Center Pedestal / MCDU
Data Pipeline Concept: The EFB tablet acts as the interface link between the outer world database and the raw flight simulator sandbox. Clicking Sync pulls numbers from Pillar 1; clicking Board and Inject Fuel updates the physical mass weight vectors within the game environment engine.

⚠️ Ground Guardrail Engaged

The physical flight management computers inside the cockpit require an established SimBrief manifest baseline to download the flight plan.

4. FMGC Multipurpose Hardware Terminal
Avionics Logic & Spatial Focus
Overhead System Panel
FCU Autopilot Panel
CENTER PEDESTAL AREA
MCDU Hardware Position Matrix
Avionics Execution Flow: Press the grey INIT button on the terminal hardware frame to open up the primary Data Initialization interface parameters.
Takeoff Performance & V-Speed Visualizer

Takeoff speeds are calculated based on your airframe weight and flap settings. Aborting after V1 is extremely dangerous. Rotation starts at VR.

V1 (Decision)
142 kt
VR (Rotate)
145 kt
V2 (Safety)
149 kt
✈️
V1
VR
V2