ICAO: A321Airbus Commercial AircraftIN FLEET INTEGRATION

Airbus A321-200 / Neo / XLR

Standard operating procedures (SOP), automated interactive checklists, neural voice copilot readbacks, and flight systems simulation for the Airbus A321 Family (A321neo / A321LR / A321XLR).

SERVICE CEILING

FL398 (39,800 ft)

CRUISE SPEED

Mach 0.79 (455 kts)

MAX RANGE

4,700 NM (8,700 km / XLR)

MAX TAKEOFF WEIGHT

101,000 kg (222,667 lbs)

FLEET EXPANSION ROADMAP

Airbus A321-200 / Neo / XLR Checklist Flow in Development

Official airline checklists for the Airbus A321 Family (A321neo / A321LR / A321XLR) are currently being developed. You can build the first community SOP checklist for this aircraft, or fly the fully integrated Boeing 737-800 NG flight deck.

Create Community SOP Fly B738 Deck

OPERATIONAL STANDARDS

Community & User-Submitted SOPs (0)

Custom airline profiles, virtual airline flows, and member procedures for Airbus A321-200 / Neo / XLR.

COMMUNITY REPOSITORY

No Community SOPs Published Yet

Be the first aviator to publish custom operational flows for the Airbus A321-200 / Neo / XLR. Checklists created via the Checklist Builder will be listed here.

Create First Community SOP (A321)

FLIGHT CYCLE PHASES

Full Flight Deck Operational Progression

PHASE 01

Cockpit Safety & Long-Range Prep

Battery check, external power ON, ADIRU 1-2-3 NAV, MCDU INIT route load, CG and fuel distribution verified.

PHASE 02

Pushback & CFM LEAP Engine Start

Yellow electric pump verify, beacon ON, engine mode to IGN/START, master 2 then 1, verify ECAM AVAIL.

PHASE 03

Taxi & Line-Up Flows

Flaps 1+F or 2 set, autobrake MAX, flight control checks on ECAM, radar on, transponder TA/RA.

PHASE 04

Takeoff & Extended Range Cruise

Thrust levers FLX or TOGA, rotation at Vr (check pitch rate < 3°/sec), thrust CLB, cruise up to FL390.

PHASE 05

Descent & Precision Approach

Activate approach phase in MCDU, managed speed, flaps 1-2-3-FULL, autobrake MED, flare at 20 ft, idle detent.

PHASE 06

Rollout, High Speed Turnoff & Gate

Ground spoilers deployed, reverse thrust, flaps UP, APU on bus, engines shutdown, chocks set.

HARDWARE & ADD-ON INTEGRATION

Simulator & Avionics Compatibility

Verified Flight Simulators

Tested on leading flight add-ons

Microsoft Flight Simulator 2020 / 2024 (Fenix Simulations A321 Expansion & iniBuilds A321neo)
X-Plane 11 / 12 (Toliss A321 / A321 Neo / XLR Study-Level)
Prepar3D (FSLabs A321-X)

Key Systems Simulated

Checklist item triggers & flows

Rear Center Tank (RCT) Fuel Management System

Permanent 12,900-liter aft fuselage fuel tank engineered into the XLR to achieve 4,700 nautical mile range.

Airbus Double-Slotted Trailing Edge Flaps

Modified flap architecture unique to the A321 to handle higher landing gross weights without excessive approach speeds.

Runway Overrun Prevention System (ROPS)

Real-time computation of aircraft deceleration versus remaining runway length, providing audio alerts if runway is too short.

Airbus Fly-by-Wire & Pitch Attitude Protection

Full envelope protection with automated pitch attitude limiting to protect against tailstrikes during takeoff and landing flare.

PILOT KNOWLEDGE BASE & DOSSIER

Technical Specifications, Trivia & Aviation Resources

In-depth operational references and airframe details for pilots preparing to command the Airbus A321-200 / Neo / XLR.

OPERATIONAL LIMITS & AIRFRAME METRICS

Powerplants

2x CFM LEAP-1A33 / PW1133G (up to 33,000 lbf)

High thrust variants for heavy MTOW operations

Maximum Payload

25,500 kg (56,218 lbs)

Up to 244 passengers in Airbus Cabin Flex (ACF)

Wingspan

35.80 m (117 ft 5 in)

Sharklet equipped with double-slotted flap design

Usable Fuel Capacity

32,940 L (XLR: Permanent Rear Center Tank RCT)

Enables transatlantic and transpacific single-aisle flights

Reference Landing Speed

145 kts (Vref MLW)

Flaps 3 or FULL landing configuration

Fuselage Length

44.51 m (146 ft)

Stretched 6.93 m longer than baseline A320

Avionics Suite

Thales / Honeywell Enhanced FMGC

Runway Overrun Protection System (ROPS), Dual MCDU

CHIEF INSTRUCTOR BRIEFING & OPERATIONAL NOTES

Due to the longer fuselage, rotate at a strictly controlled rate (no faster than 3 degrees per second) to avoid scraping the tail. On landing flare, do not increase pitch attitude above 7.5 degrees.

AIRCRAFT TRIVIA & HIGHLIGHTS

1FACT #1

The A321XLR can fly non-stop for up to 11 hours (London to Miami or New York to Rome) – longer than many widebody twin-aisle jets!

2FACT #2

Because of its longer fuselage, the A321 has a smaller tailstrike pitch limit (9.7° uncompressed) compared to the A320 (13.5°).

3FACT #3

The A321neo is the most profitable commercial aircraft in the world for airlines on high-density transatlantic and European routes.

CURATED AVIATION RESOURCES & DOCUMENTATION

DISPATCH

SimBrief A321 / A21N Performance Profile

High gross weight A321neo and XLR long-range dispatch models.

Open External Resource

RADAR LIVE

Flightradar24 A321 Live Fleet Tracking

Live radar tracking of Wizz Air, Delta, and American Airlines A321 aircraft worldwide.

Open External Resource

OFFICIAL DOC

Airbus A321 Technical Presentation

Airbus commercial aircraft specifications and XLR performance data.

Open External Resource