One area where the Fenix A320 QRH outshines even some professional simulators is the inclusion of OEBs (Ongoing Engineering Bulletins).
Airbus releases OEBs for pilot awareness before a fleet fix is implemented. The Fenix A320 simulates this dynamically. For example:
If you do not consult the QRH for OEB updates, you might find the aircraft behaving strangely (e.g., the "F/CTL ALTN LAW" displaying incorrectly). Fenix forces you to check the QRH to understand the degraded flight laws.
ECAM action first. QRH confirmation second.
When a failure occurs:
The Fenix A320’s QRH is not a separate printed manual; it is a fully interactive, in-sim application accessible via the tablet (EFB) or a dedicated keybind. It is a direct simulation of the real Airbus QRH (DSC-30-series), designed to be used for abnormal and emergency procedures.
Bottom Line: The Fenix A320 QRH is a masterpiece of simulation for those who want to learn real Airbus procedures. For casual users, it’s a feature you’ll rarely touch. But if you master it, it transforms the Fenix from a "plane" into a "procedure trainer."
Flight 123, Fenix A320, en route from Paris to London fenix a320 qrh
Captain James, a seasoned pilot with over 10,000 hours of flight experience, was flying the Fenix A320, registration F- GXTP. The aircraft was cruising at 36,000 feet, and the flight had been uneventful so far. The copilot, First Officer Rachel, was busy monitoring the aircraft's systems.
As they approached the halfway point of their journey, the aircraft suddenly started to shake violently. The autopilot disconnected, and the flight control system alerted the crew to a problem.
"TCAS TA" voice alert sounded, followed by a loud "BELL" and flashing lights on the primary flight display.
Captain James immediately took control of the aircraft, assessing the situation quickly. "Rachel, what's happening?"
First Officer Rachel checked the displays and responded, "It looks like we're experiencing a 'TCAS TA' and a 'GPWS Terrain' alert, Captain. I think we have a potential collision with terrain."
The captain quickly grabbed the Quick Reference Handbook (QRH) for the Fenix A320 and flipped to the relevant page. "Let's see... TCAS TA... okay, 'Transponder Failure'... No, that's not it... Ah, here it is! 'Terrain Alert'."
As he read through the QRH procedure, the aircraft continued to shake and the warnings persisted. One area where the Fenix A320 QRH outshines
The QRH procedure for 'Terrain Alert' read:
The captain took immediate action, disengaging the autopilot and advancing the thrust levers to maximum continuous thrust. The aircraft began to climb, and the terrain alert began to clear.
However, just as they thought they had averted the danger, the aircraft's stick shaker activated, and the "Pull Up" voice alert sounded.
"PULL UP" voice alert echoed through the speakers.
The captain's eyes widened as he realized the gravity of the situation. "Rachel, we've got a 'Pull Up' alert! This is serious!"
The First Officer responded, her voice steady, "I'm on it, Captain. I've got the Fenix A320 QRH out."
The captain continued to fly the aircraft while the First Officer quickly located the relevant QRH page for the "Pull Up" alert. If you do not consult the QRH for
The QRH procedure for 'Pull Up' read:
The crew worked together seamlessly, following the QRH procedure to the letter. They managed to pull up and climb to a safe altitude, avoiding a potential disaster.
As they leveled off and continued on their journey, Captain James turned to First Officer Rachel and said, "That was a close call! Good job, Rachel. Your knowledge of the QRH and quick thinking saved the day."
The rest of the flight was uneventful, and they landed safely in London. As they taxied to the gate, Captain James couldn't help but feel a sense of pride and appreciation for the crew's training and teamwork.
The Fenix A320's QRH had helped them navigate a potentially disastrous situation, and they had emerged victorious.
The end.