Vacbi — Airbus

The Airbus VACBI (Virtual Aircraft Cabin Briefing Interactive) is a legacy computer-based training suite for the A320 family that, while praised for technical accuracy, is considered dated due to broken links and 2D interfaces in current iterations. Although it serves as a foundational tool, many operators are shifting toward modern alternatives like the MATe Suite or V-Prep for interactive, 3D-based training. Read more technical reviews at PPRuNe. Decent copy of the A320 vacbi... - PPRuNe Forums

3. Reduced Maintenance (Morphing vs. Hinges)

Traditional flaps have massive track fairings (the "canoes" under wings) that create drag and require greasing and inspection. VACBI uses distributed, small actuators embedded in the wing skin. With fewer exposed gaps and hinges, ice formation is reduced, and sealing is improved. airbus vacbi

7. Notable Deployments & Public References

  • A350 XWB “Airspace” cabin – Heavily validated using VACBI before physical mock-up.
  • A321XLR – Used VACBI to optimize the extra-long-range cabin configuration, including the Rear Center Tank (RCT) integration and associated cabin floor curvature.
  • Airbus “Visionary” cabin concept – Fully demonstrated via VACBI at trade shows (AIX, APEX Expo) instead of building a multimillion-dollar display mock-up.

Key Feature: The System Logic Model

The defining characteristic of VACBI was its fidelity to aircraft logic. A350 XWB “Airspace” cabin – Heavily validated using

Unlike a simple instructional video, VACBI used a functional simulation. If a student pulled a virtual circuit breaker or toggled a switch on the screen, the software reacted exactly as the real aircraft would. The system panel displays would change, lights would illuminate, and flow diagrams would update in real-time. lights would illuminate

  • The "What-If" Scenario: Instructors could freeze the simulation and ask students to predict the outcome of a specific component failure. This active learning approach replaced passive listening, allowing technicians to fail safely in a virtual environment before working on multi-million dollar airframes.