The Fenix A320 QRH is not just a list of tasks; it is a simulation of Airbus Crew Procedure Logic. It distinguishes the Fenix A320 from lesser payware aircraft by refusing to hold the user's hand regarding switch states.
It demands that the user understands the difference between an ECAM Warning (immediate electronic guidance) and a QRH Reference (manual consultation for complex or secondary failures). For the virtual aviator, mastering the Fenix QRH is the final step in transitioning from a "flight simmer" to a "virtual First Officer." It requires discipline, system knowledge, and adherence to the flows used by real airline crews worldwide.
The Fenix A320 Quick Reference Handbook (QRH) is a critical tool for flight simulation pilots, providing a centralized resource for managing abnormal and emergency procedures. In a "study-level" simulation like the Fenix A320, where every system is modeled with extreme accuracy, the QRH is essential for resolving failures that the aircraft's internal monitoring (ECAM) might not fully address. What is the Fenix A320 QRH?
The QRH is a specialized manual designed for quick access during high-stress situations. It contains checklists and procedures for non-normal conditions, such as engine failures, hydraulic leaks, or computer resets. While the Airbus A320 features the Electronic Centralized Aircraft Monitor (ECAM) to automate many of these steps, the QRH serves as a necessary backup or primary reference for conditions that sensors cannot detect. How to Access the QRH in Fenix A320
Fenix has integrated the QRH directly into the simulation environment to maintain immersion. You can access it through two primary methods:
Electronic Flight Bag (EFB): Open the onboard tablet (EFB), navigate to the Pilot Brief section, and select Documents.
External Files: For pilots using second monitors or physical tablets, the QRH PDF files are located within the Fenix installation directory.
Path: C:\ProgramData\Fenix\EFB\assets\qrh\ (with subfolders for CFM and IAE engine variants). Key Sections and Use Cases fenix a320 qrh
The QRH is organized to allow pilots to find procedures quickly based on the nature of the emergency.
Abnormal Procedures (ABN): Step-by-step guides for handling specific system malfunctions, such as "F/CTL SPD BRK STILL OUT" or "RAT FAULT".
Computer Resets: A table of "ABN-80" computer reset procedures used to clear spurious faults (like "COM CIDS 1+2 FAULT") that might occur during ground operations or flight.
In-Flight Performance: Critical tables for calculating landing distance and approach speeds when certain systems (like flaps or slats) are malfunctioning.
Normal Checklists: Often found on the back cover of the physical manual, these provide the standard flow for takeoff, approach, and landing. When to Use the QRH vs. ECAM
In a study-level simulation, understanding the hierarchy of information is vital.
ECAM Actions First: For most failures, the pilot follows the blue text on the ECAM display. The Fenix A320 QRH is not just a
QRH for "ECAM Exceptions": Use the QRH if the ECAM instructions say "QRH" or if the failure is not detected (e.g., severe turbulence, volcanic ash, or complete electrical failure).
Cross-Check Performance: After finishing ECAM actions for a mechanical failure, pilots use the QRH Performance Tables to determine if the runway length is sufficient for their current configuration. Fenix A320: The Ultimate MSFS Mod Guide - Ftp
Fenix’s implementation of the QRH is heavily reliant on the Cursor Control Device (the trackball on the pedestal). Pilots use the CCD to scroll through lists, expand menu items, and press virtual buttons. This mimics the real interaction a pilot has with the Onboard Airport Navigation System (OANS) and ECAM control.
This is the heart of the document. Procedures are listed alphabetically (e.g., CABIN PRESS, ENG FIRE, SMOKE).
Example: Dual Engine Failure If you fly into a flock of birds, the ECAM will get you started, but the QRH provides the detailed relight envelope (speed vs. altitude). The Fenix QRH charts are interactive in logic—you must read the table to know that you need 250 KIAS at FL 200 to windmill start.
Fenix Simulations provides the full QRH as a downloadable PDF inside your aircraft installation folder.
Pro Tip: Download this PDF to a second monitor or an iPad. In a high-stress engine fire scenario, alt-tabbing out of MSFS is a disaster. Having the QRH on a physical tablet or second screen is the closest you’ll get to a real cockpit. Pro Tip: Download this PDF to a second monitor or an iPad
Because the Fenix QRH is a PDF, it rarely "breaks," but users often complain about confusion:
Problem 1: "The procedure in the QRH doesn't match my ECAM."
Problem 2: "I can't find the 'Unreliable Speed' procedure."
Problem 3: "The performance charts are confusing."
In the Fenix A320, the QRH is accessed via the EIS (Electronic Instrument System) Panel on the pedestal, specifically the "CHKL" (Checklist) button, or through the ECAM lower DU (Display Unit) page selection.
The interface is divided into two primary categories accessible via soft keys on the ECAM:
The default aircraft landing calculator is often wrong during failures. The Fenix QRH provides:
The Fenix team has meticulously copied the real Airbus QRH layout. If you open the PDF, you will notice it is divided into color-coded sections.