Airbus A321neo LR plane range – how far can it fly?

Airbus — Commercial

Airbus A321neo LR Explore the A321neo LR's range on the map →

The Airbus A321neo LR can fly up to 5,140 nautical miles (9,519 km) as a ferry flight with no payload. With a full load of passengers and cargo, the range drops to approximately 3,040 nm (5,630 km). At its cruise speed of 450 kt, that's about 11h 25m of non-stop flying at ferry weight, or 6h 45m fully loaded.

Range Specifications

Ferry Range
5,140 nm
9,519 km — 11h 25m
Max Payload Range
3,040 nm
5,630 km — 6h 45m
Cruise Speed
450 kt
true airspeed

Longest Recorded Flight

Azores Airlines
Oakland (OAK) → Terceira (TER)
7,874 km · 4,893 mi · 4,252 nm

Physical Specifications

Length
44.51 m
146 ft
Wingspan
35.8 m
117 ft
MTOW
97,000 kg
213,848 lbs
Engine Model
CFM LEAP-1A / Pratt & Whitney PW1100G
Max Seats
240
certified limit

Production

Delivered
2,226
A321neo family (incl. LR & XLR)
Unfilled Orders
5,691
backlog

Source: Airbus Orders & Deliveries, as of Aug 2026

Map showing flight range of Airbus A321neo LR from OAK

Range shown at max payload (full passenger load), with average wind conditions

About the A321neo LR

The A321neo LR (Long Range) is the aircraft that blew apart the assumption that transatlantic routes required widebody jets. By adding three Additional Center Tanks to the already fuel-efficient A321neo airframe, Airbus created a narrowbody capable of 4,000 nautical miles - enough to connect the US East Coast with Western Europe with careful fuel planning and favorable winds. Azores Airlines used it to open Oakland–Terceira and Boston–Ponta Delgada, routes that a widebody would fly mostly empty.

The LR's economics are disruptive precisely because of what it isn't: it isn't a 787 or A330 requiring 250 passengers to break even. On a route generating 150 bookings each direction, an A321neo LR can turn a profit where a widebody would bleed money. That changes which routes are viable to begin with, which is why airlines like Delta, TAP Air Portugal, Icelandair, and PLAY have deployed it aggressively on transatlantic "thin routes" - connecting smaller US cities directly to Europe without a hub connection.

The tradeoff is range sensitivity to wind and load. The LR's 4,000 nm capability assumes favorable conditions. On westbound crossings in winter, when the jet stream generates 100+ knot headwinds, the usable payload drops - airlines may have to limit cargo or cap passenger loads to stay within fuel margins. This is precisely why PlaneRange's wind simulation shows the A321neo LR's range ring compressing dramatically to the west in winter mode: the winds that cut hours off an eastbound flight effectively shrink the westbound range by hundreds of nautical miles.

Runway Requirements

Takeoff (MTOW)
7,500 ft
sea level, ISA, full weight
Takeoff (Empty)
4,500 ft
operating empty weight
Landing (MLW)
5,700 ft
sea level, ISA, dry runway

Related Reading

737 MAX Transatlantic Capability → Icelandair's Airbus A321LR Choice → The 757 Replacement Problem → The Jet Stream Effect on Range → Dublin’s Transatlantic Edge → North Atlantic Tracks → JetBlue's Transatlantic Playbook → JetBlue A321neo Transcon Expansion → Why Transatlantic Narrowbodies Fly with Empty Seats →

Compare with

A321neo LR vs A320neo vs 737 MAX 8 vs 737 MAX 10 → A321neo LR vs A321XLR → A321neo LR vs A321-200 →

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