The first AI-enabled Airbus A320 simulator just launched

Learning to fly a commercial airliner is rarely just about keeping the wings level. It is about juggling rapid-fire air traffic control chatter, frantic ground crews, and sudden updates from the cabin, all while descending through bad weather.

Traditionally, a single flight instructor had to play all those roles at once inside the simulator. Infinity Sim Wings wants AI to take over the acting.

The UK-based company announced the launch of what it calls the first AI-enabled Airbus A320 simulator at its training facility near London Gatwick Airport, open to both airline cadets and aviation enthusiasts.

An entire airport ecosystem run by AI

The simulator runs on standard high-fidelity aerodynamics, but its real hook is how it replaces human role-playing with artificial intelligence.

The system offers uninterrupted, gate-to-gate AI air traffic control coverage. From pushback clearance to final approach, pilots communicate with an AI controller that responds dynamically in real time.

It does not stop at the tower. Pilots also have to coordinate with AI-driven ground crew on the ramp and respond to an AI cabin crew reporting passenger or cabin issues mid-flight. To counter the lifeless feel of traditional fixed-base setups, the simulator packs multiple haptic transducers that vibrate the cockpit frame in sync with aircraft movements.

Testing cockpit teamwork under pressure

The project was built primarily to tackle Crew Resource Management, or CRM, which is the core framework pilots use to manage cockpit workload, communications, and emergencies.

Founders Hani Nabeel and Ethan Steer built this setup to deliberately overload early-career pilots with realistic task complexity. Instead of an instructor awkwardly pausing a session to read out an ATC instruction, the AI keeps the operational noise running continuously.

This forces student pilots to prioritize, cross-check instruments, and handle high-stress radio work without leaving the ground or risking a real airframe.

Why it matters

We think this is a remarkably smart use of conversational AI in a high-consequence industry.

High-end full-flight simulators cost millions of dollars and require expensive human operators to simulate live airspace. By offloading air traffic control, ground crew, and flight attendants to software, Infinity Sim Wings can deliver high-stress procedural training on a fixed-base rig at a fraction of the usual operating cost. For flight schools and junior first officers looking to build radio confidence, it is an obvious win.

The clever move here is focusing on cognitive load rather than expensive hydraulic motion. You do not always need a multi-million-dollar motion platform to practice crisis communication; you just need realistic chaos in the headset.

However, the clear risk lies in AI precision. Standard aviation phraseology is rigidly standardized, and a single hallucinated ATC instruction or misheard readback could instill terrible operational habits in student pilots. Until Infinity Sim Wings proves its AI strictly adheres to ICAO phraseology and earns official aviation authority validation, it will likely remain a supplemental prep tool rather than an accredited substitute for full flight simulator hours.