Boeing 747-8 vs Airbus A380-800: The 747 Is Longer, the A380 Wins Everything Else

747-8 vs A380 compared on size, speed, capacity and cargo. The Boeing is longer and faster, the Airbus is bigger, and only one of them ever got a freighter.

Updated: by Tim de Vries

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Boeing 747-8 and Airbus A380-800 compared side by side
Boeing 747-8 and Airbus A380-800 compared side by side – © Brandon Farris / Martin Oertle / composite by AeroCorner

The Airbus A380-800 is the bigger aircraft, but it is not the longer one. The Boeing 747-8 Intercontinental measures 250 ft 2 in nose to tail, roughly 11 feet more than the A380. On wingspan, height, weight, floor area and seats, the Airbus wins comfortably.

The 747-8 won the part that mattered to Boeing. It got a freighter version, the A380 never did, and cargo is why the 747 line stayed open two years longer. Both are now out of production.

Boeing 747-8
Jumbo Passenger Jets
Boeing 747-8
ICAO: B748 IATA: 74H Visit aircraft page
Airbus A380-800
Jumbo Passenger Jets
Airbus A380-800
ICAO: A388 IATA: 388 Visit aircraft page

General

Units
Boeing 747-8
Manufacturer
Boeing
ICAO code
B748
IATA code
74H
Produced
2008–2023
Price
$418.4 million (2019)
Engine
4 × General Electric GEnx-2B67
Engine type
Turbofan
Thrust
4 × 66,500 lbf · 296 kN -13% (total)
Avionics
Rockwell Collins Avionics
Wing tips
Raked wingtips
Seats
467 economy · 600 business · 467 first
Crew
2
Airbus A380-800
Manufacturer
Airbus
ICAO code
A388
IATA code
388
Produced
2003–2021
Price
$445.6 million (2018)
Engine
4 × Rolls-Royce Trent 900 / Engine Alliance GP7200
Engine type
Turbofan
Thrust
4 × 76,752 lbf · 341 kN +15% (total)
Avionics
Thales integrated modular avionics, Honeywell FMS
Wing tips
Wingtip fences
Seats
853 economy · 480 business · 416 first
Crew
2

Dimensions

Boeing 747-8
Cabin width
20 ft 0 in 6.10 m 20 ft 0 in 6.10 m -7%
Cabin height
7 ft 11 in 2.41 m 7 ft 11 in 2.41 m -20%
Cabin length
207 ft 6 in 63.25 m 207 ft 6 in 63.25 m +27%
Exterior length
250 ft 2 in 76.25 m 250 ft 2 in 76.25 m +5%
Tail height
64 ft 0 in 19.51 m 64 ft 0 in 19.51 m -19%
Fuselage diameter
21 ft 4 in 6.49 m 21 ft 4 in 6.49 m -9%
Wing span
224 ft 5 in 68.40 m 224 ft 5 in 68.40 m -14%
Baggage volume
529 ft 10 in 161.50 m 529 ft 10 in 161.50 m -8%
Airbus A380-800
Cabin width
21 ft 7 in 6.58 m 21 ft 7 in 6.58 m +8%
Cabin height
9 ft 10 in 3.00 m 9 ft 10 in 3.00 m +24%
Cabin length
163 ft 9 in 49.90 m 163 ft 9 in 49.90 m -21%
Exterior length
238 ft 7 in 72.73 m 238 ft 7 in 72.73 m -5%
Tail height
79 ft 0 in 24.09 m 79 ft 0 in 24.09 m +23%
Fuselage diameter
23 ft 5 in 7.14 m 23 ft 5 in 7.14 m +10%
Wing span
261 ft 8 in 79.75 m 261 ft 8 in 79.75 m +17%
Baggage volume
574 ft 10 in 175.20 m 574 ft 10 in 175.20 m +8%

Weights

Boeing 747-8
Empty weight
485,300 lb 220,128 kg 485,300 lb 220,128 kg -23%
Max payload
167,500 lb 76,000 kg 167,500 lb 76,000 kg -9%
Fuel capacity
63,034 gal 238,610 L 63,034 gal 238,610 L -26%
Max takeoff weight
987,000 lb 447,500 kg 987,000 lb 447,500 kg -22%
Max landing weight
688,000 lb 312,000 kg 688,000 lb 312,000 kg -21%
Airbus A380-800
Empty weight
628,317 lb 285,000 kg 628,317 lb 285,000 kg +29%
Max payload
185,000 lb 84,000 kg 185,000 lb 84,000 kg +10%
Fuel capacity
85,472 gal 323,547 L 85,472 gal 323,547 L +36%
Max takeoff weight
1,268,000 lb 575,000 kg 1,268,000 lb 575,000 kg +28%
Max landing weight
869,000 lb 394,000 kg 869,000 lb 394,000 kg +26%

Performance

Boeing 747-8
Max cruise speed
517 kt · 595 mph 957 km/h 517 kt 595 mph 957 km/h +0%
Max speed
517 kt · 595 mph 957 km/h 517 kt 595 mph 957 km/h +0%
Cruise speed
490 kt · 564 mph 907 km/h 490 kt 564 mph 907 km/h +0%
Approach speed
145 kt · 167 mph 269 km/h 145 kt 167 mph 269 km/h +7%
Rate of climb
2,500 ft/min 13 m/s 2,500 ft/min 13 m/s +67%
Range
7,730 nm · 8,900 mi 14,320 km 7,730 nm 8,900 mi 14,320 km -3%
Service ceiling
43,100 ft 13,100 m 43,100 ft 13,100 m 0%
Takeoff distance
10,500 ft 3,190 m 10,500 ft 3,190 m +6%
Landing distance
8,800 ft 2,680 m 8,800 ft 2,680 m
Airbus A380-800
Max cruise speed
515 kt · 593 mph 954 km/h 515 kt 593 mph 954 km/h 0%
Max speed
515 kt · 593 mph 954 km/h 515 kt 593 mph 954 km/h 0%
Cruise speed
488 kt · 562 mph 904 km/h 488 kt 562 mph 904 km/h 0%
Approach speed
135 kt · 155 mph 250 km/h 135 kt 155 mph 250 km/h -7%
Rate of climb
1,500 ft/min 8 m/s 1,500 ft/min 8 m/s -40%
Range
8,000 nm · 9,210 mi 14,820 km 8,000 nm 9,210 mi 14,820 km +3%
Service ceiling
43,100 ft 13,100 m 43,100 ft 13,100 m 0%
Takeoff distance
9,850 ft 3,000 m 9,850 ft 3,000 m -6%
Landing distance
— — —

Table of Contents

Judgment callBoeing 747-8Airbus A380-800
What it is forLong-haul hub routes and outsize air cargoSlot-limited hub routes with very high demand
Passenger decksOne full deck plus a partial upper deckTwo, both full length
Freighter versionYes, 107 builtNone, every order cancelled
Total built155 (48 passenger, 107 freighter)254, including 3 test aircraft
Production endedFinal delivery January 2023Final delivery December 2021
Seats airlines actually fit364 at Lufthansa, the largest operator379 to 615 depending on cabin mix
Passenger airlines flying it in 2026ThreeEleven
What wins itCargo, cruise speed, airport compatibilityCabin space, quiet, seats per departure
Editorial comparison. Dimensions, weights, range, engine and price data are in the specification table above.

Which one is actually bigger?

It depends entirely on which measure you pick, and that is the part most comparisons get wrong.

The Boeing 747-8 is 250 ft 2 in (76.25 m) long. The Airbus A380-800 is 238 ft 7 in (72.7 m). The Boeing is the longer aircraft by about 11 ft 7 in.

Every other dimension goes the other way, and not narrowly. The A380 spans 261 ft 8 in (79.75 m) against the 747-8’s 224 ft 5 in (68.4 m), a wing roughly 37 feet wider.

The tail is where the gap is most obvious. The A380 stands 79 ft (24.1 m) high, roughly a seven-story building, while the 747-8 tops out near 63 ft 6 in (19.5 m).

Weight settles it. The A380 is certified to take off at 1,268,000 lb (575,000 kg) against 987,000 lb (447,696 kg) for the 747-8, a difference of about 281,000 lb (127,500 kg).

All that mass buys floor. Airbus gives the A380 about 5,920 sq ft (550 m2) of usable cabin across its two decks, which is why it seats hundreds more without squeezing anyone.

The edge: A380 on span, height, weight, floor area and capacity. The 747-8 takes length, and only length. For the wider field, see our ranking of the biggest aircraft in the world.

The 747-8 is still the longest airliner in service

The stretch added about 18 ft 4 in to the 747-400, which pushed the 747-8 past the A380 and made it the longest commercial aircraft flying. The Boeing 777-9 is longer at 251 ft 9 in, but it is still in certification and first deliveries have slipped to 2027, so the title has not changed hands yet.

Which one is faster?

The Boeing, narrowly. The 747-8 Intercontinental is rated at a cruise speed of Mach 0.855, against Mach 0.85 for the A380.

That gives the 747-8 the highest rated cruise speed of any airliner in service, a distinction it inherited from the original 747’s steeply swept wing and kept through the raked wingtips and GEnx engines of the -8.

Be honest about the scale of it, though. The difference is under one percent, which is a handful of minutes across a 12-hour sector and nothing a passenger would ever notice.

Both aircraft cruise at a service ceiling of 43,100 ft, and in practice schedules are set by air traffic control, routing and winds rather than by half a percent of Mach number.

The edge: 747-8, technically and consistently, but by a margin too small to matter on a ticket.

Passenger capacity, and why the 853 figure is misleading

The A380 carries more people. That much is not in dispute, but the numbers usually quoted for both aircraft are certification limits, not cabins anyone has flown.

Airbus certified the A380-800 for up to 853 passengers in an all-economy layout. No airline has ever configured one that way, and none ever will.

Real A380 cabins run from 379 seats at Singapore Airlines to 615 at Emirates, which is the highest-density configuration in service. Most operators sit between 480 and 520.

Boeing quotes the 747-8 Intercontinental at 467 seats in a typical three-class layout, with a 605-seat exit limit. Lufthansa, the largest operator, actually flies 364 seats, falling to 348 as its Allegris cabins go in.

Compare the cabins airlines really build and the gap is roughly 100 to 250 seats per departure, which is the entire commercial argument for the A380 at a slot-constrained hub.

The edge: A380, decisively, and by more than the brochure figures suggest once you compare like for like.

Neither aircraft is a double-decker in the same sense

Only the A380 has two full-length passenger decks. The 747’s upper deck is a partial one that ends behind the wing, a shape that exists because Boeing put the cockpit above the nose so the aircraft could be converted into a nose-loading freighter. Both aircraft carry four engines under the wing, not above the cabin.

The 747-8 got a freighter. The A380 never did.

This is the difference that decided both programs, and it has nothing to do with passengers.

Of the 155 747-8s built, 107 were freighters. The passenger version was the minority variant on its own production line.

The 747-8 Freighter carries a maximum revenue payload of about 295,000 lb (134,000 kg) across a main deck of 24,462 cu ft, and it keeps the hinged nose door.

That nose door is the whole point. It allows straight-in loading of cargo too long to turn through a side door, and no other in-production commercial freighter has one.

The 747 was designed for this from the start, which is why Boeing put the cockpit upstairs and created the hump. The A380’s full-length upper deck makes the same conversion impossible.

Airbus did plan an A380F and took 27 orders for it. FedEx cancelled its ten in November 2006 and UPS cancelled its ten in March 2007, both after delivery delays, and the remaining seven were converted to passenger aircraft.

The edge: 747-8, and it is the only category where the margin changed aviation history.

Why both are out of production

The A380 went first. Development ran to an estimated $25 billion, and Airbus delivered 251 aircraft against a business case that needed far more.

Emirates, which took roughly half the fleet, cut its order from 162 to 123 aircraft in February 2019. With no meaningful backlog left, Airbus ended the line, and the last A380 went to Emirates on 16 December 2021.

The 747 lasted two years longer, entirely on cargo. The final 747 ever built, a 747-8 Freighter, was delivered to Atlas Air on 31 January 2023, closing a line that had run since 1968.

Both lost to the same aircraft. Efficient twinjets like the 777, 787 and A350 fly passengers point to point on two engines, and four-engine hub aircraft could not match their cost per seat.

The last 747 was a freight aircraft, not a passenger one

Boeing built 48 passenger 747-8s and 107 freighters. The passenger version stopped attracting orders years before the line closed, and every one of the final deliveries was a cargo aircraft, which is the clearest evidence of where the demand actually was.

Who still flies them in 2026

Three airlines still fly the 747-8 Intercontinental on scheduled passenger service, and the fleet is shrinking.

Lufthansa is the launch customer and by far the largest operator with 19 aircraft, and it is committed enough to be retrofitting them with its new Allegris cabins. Air China flies about six, and Korean Air is down to four.

Korean Air’s five other 747-8s did not go to another airline. It sold them to Sierra Nevada Corporation in May 2024 for around $674 million, to be converted into the US Air Force’s next Survivable Airborne Operations Center.

That is the modern 747-8 market in one transaction. The passenger aircraft are worth more to a defense contractor than to an airline.

The A380 is having a second life

Here is the reversal nobody predicted in 2021. The aircraft that died first is the one with the longer future in passenger service.

As of February 2026 there were about 159 active A380s across 11 operators, after airlines pulled stored aircraft back out to cover demand their twinjet fleets could not absorb.

Emirates is the reason. It expects to be running around 110 A380s by the end of 2026, is retrofitting more than 100 of them with new premium cabins, and its president has said he intends to keep them flying until 2041.

Other timelines are shorter but still long. Qantas plans to run its A380s to 2032, Singapore Airlines begins phasing out from 2027, and Lufthansa and Korean Air are looking at the late 2020s. Our breakdown of which airlines still fly the A380 tracks the current fleet.

At a congested hub, one departure carrying 500 people instead of 300 is worth more than fuel burn per seat, and that argument got stronger as slots got scarcer.

So which one is better?

As a passenger, the A380. It is quieter, the cabin is wider, there is more room per person at the same fare, and there are far more of them to fly on.

As an aircraft program, the 747-8. It was the cheaper bet, a derivative of a design already paid for, and it had a second market the A380 could never reach.

Both answers are true at once, which is why the argument never settles. The A380 is the better airliner and the worse investment.

If the goal is simply to fly on a four-engine giant before they are gone, book the A380. The 747-8 passenger fleet is down to three airlines, and it is the one that will disappear first. For the wider list, see our guide to the largest commercial airplanes.

FAQ

Only in length. The Boeing 747-8 is 250 ft 2 in long against the A380’s 238 ft 7 in, but the A380 is wider, taller and heavier, with a 261 ft 8 in wingspan against 224 ft 5 in and a takeoff weight of 1,268,000 lb against 987,000 lb. By every measure except length, the A380 is the bigger aircraft.
It depends which question you are asking. For passengers the A380 is better, with a wider cabin, a quieter ride and more space per seat. As a commercial program the 747-8 did better, because it had a freighter version that kept the line open and gave it a market after airlines stopped buying the passenger model.
The Boeing 747-8, by a very small margin. It is rated at a cruise speed of Mach 0.855 against Mach 0.85 for the A380, which gives it the highest rated cruise speed of any airliner in service. The difference is under one percent, so it amounts to a few minutes on a long-haul flight.
No US passenger airline ever ordered one. American carriers built their long-haul networks around smaller twinjets flying point to point rather than very high-capacity hub aircraft, so the A380’s economics never fit. The only US orders were for the freighter version, and FedEx and UPS cancelled those in 2006 and 2007.
In real cabins, the A380 carries between 379 and 615 passengers, with most operators between 480 and 520. The 747-8 Intercontinental is quoted by Boeing at 467 seats in three classes, but Lufthansa actually flies 364. The A380’s certified maximum of 853 seats is an all-economy limit no airline has ever used.
Neither is. Airbus delivered the last A380 to Emirates on 16 December 2021 after 251 deliveries, and Boeing delivered the final 747, a 747-8 Freighter, to Atlas Air on 31 January 2023. Boeing built 155 747-8s in total and Airbus built 254 A380s including three test aircraft.
Yes, and the A380 is much easier to find. About 159 A380s were active across 11 airlines as of February 2026, led by Emirates. Only three airlines still fly the 747-8 Intercontinental on scheduled passenger service: Lufthansa with 19 aircraft, Air China with about six, and Korean Air with four.
Airbus planned one and took 27 orders, but delivery delays on the passenger aircraft pushed the freighter back. FedEx cancelled its ten aircraft in November 2006 and UPS cancelled its ten in March 2007, leaving no firm orders, and the remaining seven were converted to passenger A380s. The 747-8 Freighter had no equivalent competitor as a result.

About the Author

Tim de Vries

Tim is the owner and lead editor of AeroCorner since 2019, overseeing aviation content covering aircraft, airlines, airports, and the broader aviation industry. Through years of researching, writing, editing, and publishing aviation-focused content, he has developed extensive practical knowledge of commercial aviation and air travel. Based in Asia and a frequent traveler himself, Tim also brings firsthand passenger experience to AeroCorner’s coverage. Outside of publishing, he has also explored aviation firsthand through hands-on flight training in New Zealand.