Boeing 737800 Qrh Quick Reference Handbook [2021] Jun 2026

A Class 3 EFB, like the one Boeing has certified for the Next-Generation 737, can digitally deliver the QRH along with all other essential charts and manuals. This offers several advantages:

| Misconception | Reality | |----------------|---------| | QRH replaces the FCOM | No – QRH is a subset for quick action; FCOM has full system description. | | All failures require QRH | No – many normal checklists are in the cockpit quick reference cards (QRG). | | Memory items can be skipped if busy | No – boldface items are mandatory immediate actions. |

The core of the QRH follows the standard ATA Chapter numbering system: Air Systems (Pressurization, Air Conditioning) Chapter 2: Anti-Ice, Rain Chapter 3: Automatic Flight (Autopilot, Autothrust) Chapter 4: APU (Auxiliary Power Unit) Chapter 5: Communications Chapter 6: Electrical Chapter 7: Engines, APU Chapter 8: Fire Protection Chapter 9: Flight Controls Chapter 10: Flight Instruments Chapter 11: Fuel Chapter 12: Hydraulics Chapter 13: Landing Gear Chapter 14: Warning Systems 2. Performance Inflight Section

It uses "Checklist" formats rather than long paragraphs of theory. boeing 737800 qrh quick reference handbook

Modern airlines are transitioning from paper binders to digital formats on Electronic Flight Bags (EFBs). The digital QRH offers several operational advantages:

The final section of the QRH contains vital performance tables. If an emergency forces a 737-800 to fly with a degraded system (e.g., flaps stuck at position 15, or landing with an inoperative engine), the standard flight computer data becomes unreliable. The PI section provides manual calculations for:

| Tab | Color | Section Title | Content Summary | |------|-------|----------------|------------------| | | White | Introduction | How to use the QRH, abbreviations, glossary, normal checklists summary. | | 2 | Green | Non-Normal & Emergency Checklists | Memory items (boldface) & step-by-step procedures for system failures (Engine, Hydraulic, Electrical, Pneumatic, Flight Controls, FMS, etc.). | | 3 | Yellow | Performance - Inflight | Driftdown, engine-out ceiling, windmilling drag, single-engine go-around, icing penalties. | | 4 | Blue | Performance - Landing | Landing distance factors (autobrake, reverse thrust, runway condition, contaminated runways). | | 5 | White | Operational Data | V-speed corrections, minimum flap retraction speeds, APU limits, engine start limitations, pressurization data. | A Class 3 EFB, like the one Boeing

The Boeing 737-800 QRH bridges complex aerospace engineering and human performance, ensuring that flight crews can decisively manage any inflight anomaly with standard, proven procedures.

This section explains the "rules of the road." Key elements include:

Located at the back of the handbook, this section contains critical tabular data for non-normal configurations. It includes data for landing distances with failed flaps, single-engine performance, and brake cooling times. | | Memory items can be skipped if

The Boeing 737-800 Quick Reference Handbook (QRH) is a critical, physical, on-board manual used by pilots to manage in-flight, non-normal checklists and technical malfunctions. It is organized into system-based chapters, maneuver profiles, and a Quick Action Index for efficient emergency management. For a detailed demonstration of the manual, watch the YouTube video .

Located on the very front cover or the first few pages, the Quick Action Index provides rapid access to critical checklists. It eliminates the need for pilots to flip through pages when dealing with time-sensitive emergencies like an , Rapid Depressurization , or a Runaway Stabilizer . 2. Numbered Chapters (System-Based)