Ensures every trainee globally receives identical, manufacturer-vetted information .
, which stands for Video and Computer-Based Instruction , is the foundation of theoretical systems training for aviators stepping into the cockpit of modern Airbus aircraft. Before a pilot ever steps foot into a multi-million dollar Full Flight Simulator (FFS), they spend dozens of hours navigating this structured, interactive, self-paced computer software.
Full-flight simulators and real aircraft are incredibly expensive to run. VACBI allows airlines to offload the initial, foundational learning to classroom or at-home study, cutting down the hours pilots must spend in expensive simulators.
By the time a pilot enters the simulator, they are already intimately familiar with system logic. This allows them to focus entirely on aircraft handling, crew resource management, and emergency response, rather than hunting for switches.
: Standardised digital courseware accessible across local network servers. airbus vacbi
One of the most frequently discussed issues with VACBI was its . The system was built around .exe executable files, the standard for Microsoft Windows. As a result, pilots who preferred using MacBooks for their self-study would find themselves unable to run the software natively. Discussions on aviation forums like PPRuNe from the late 2000s and early 2010s are filled with frustrated users asking the same question: "Does anyone know how to get Airbus CBT - That use VACBI to operate with MAC !!!!!" .
The current goal at Airbus, as stated by Maïa Kuilenberg, Head of Airbus Training, remains . Modern digital learning platforms, the successors to VACBI, are the tools used to achieve this.
VACBI was initially distributed via physical media (CD-ROMs) and required specific, often bulky, hardware dongles to operate, a reflection of the era’s approach to software licensing.
Long before modern e-learning platforms became industry standard, Airbus pioneered a system that revolutionized how aircraft technicians learn complex systems. This feature explores the VACBI (Video And Computer Based Instruction) system—a legacy software platform that transitioned aviation training from paper manuals to interactive digital simulation. We examine how its "Virtual Aircraft" concept set the standard for modern Maintenance Training Devices (MTDs) and why it remains a touchstone for instructional design in aviation. This allows them to focus entirely on aircraft
The content was often integrated into a broader training curriculum. The from 1998, for instance, outlines a course for upgrading a First Officer to Captain. In this syllabus, the VACBI module is clearly defined. Under "Airbus Crew Resource Management (ACRM)," it lists "VACBI: (at home if required) - System review - Performance review" . This illustrates how VACBI could be used as a preparatory or self-study tool, allowing trainees to solidify their knowledge of systems and performance before entering more advanced, instructor-led sessions.
At its core, VACBI is a self-paced, interactive digital learning environment used to train flight crew and maintenance personnel on Airbus aircraft—from the legacy A320 family to the modern A350 XWB.
Includes specific modules for line maintenance, focusing on ATA chapters like Lighting (ATA 33), Hydraulics (ATA 29), and Power Plant (ATA 70).
Crew members learn to manage environmental systems, lighting, and emergency equipment like doors and exits through virtual training. Airbus Training: 50 years of innovation for our customers including the A320 family
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Complex systems like Electrical, Hydraulic, Fuel, and Pneumatics are shown via animations, making abstract concepts concrete.
The VACBI system is a digital platform designed to gather, process, and deliver a vast range of data concerning aircraft performance, operations, and business metrics. This advanced tool enables airlines, lessors, and other stakeholders to make informed decisions by providing real-time insights and analysis on their fleets. The configurable nature of VACBI allows users to tailor the system according to their specific needs, ensuring that they receive the most relevant information for their operational and business strategies.
The system combines high-quality 2D/3D schematic animations, synchronization with cockpit panel layouts, audio narration, and embedded test modules. By completing VACBI training, flight crews gain a highly visual, conceptual understanding of complex modern avionics, hydraulics, pneumatics, and flight control laws before stepping foot inside a multimillion-dollar Full Flight Simulator (FFS). The Evolution of Airbus Systems Training
VACBI stands for "Variable Automatic Cruise Back to Idle". It's a feature on some Airbus aircraft, including the A320 family, designed to optimize engine performance and reduce fuel consumption.