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A380 - Technology

A380 - Technology

Even more efficient, still unique

Greener, cleaner, quieter and smarter, the A380 is setting a new standard for the global aviation industry with its superior efficiency, profitability and operational effectiveness.

Not only is it setting new passenger comfort standards, the A380 also is raising the bar for environmental standards with its low fuel consumption and noise levels – as well as reduced CO2 and NOx emissions.

More details on the Airbus A380

Cabin

Technology

Benefits to Airlines

Commonality

Environment

Airlines destinations

  • Range 15 200 km 8 200 nm
  • Typical seating 544 (4-class) 544 (4-class)
  • Overall length 72.72 m 238 ft 7 in
  • Height 24.09 m 79 ft 1 in
  • Wing span 79.75 m 261 ft 8 in
Dimensions
Overall length 72.72 m
Cabin length 49.90 m
Fuselage width 7.14 m
Max cabin width Main deck: 6.5 m
Upper deck: 5.8 m
Wing span (geometric) 79.75 m
Height
24.09 m
Track
14.34 m
Wheelbase 31.88 m
Capacity
Pax
Typical seating
544 (4-class)
  Max 853
Freight
LD3 capacity underfloor
38 LD3
  Max pallet number underfloor
13
  Bulk hold volume
14.3 m³
  Total volume (Bulk loading)
192 m³
Performance
Range 15 200 km
Mmo M0.89
Max ramp weight
577 tonnes
Max take-off weight
575 tonnes
Max landing weight
394 tonnes
Max zero fuel weight
369 tonnes
Max fuel capacity
320 000 litres
Dimensions
Overall length 238 ft 7 in
Cabin length 163 ft 8 in
Fuselage width 23 ft 5 in
Max cabin width 21 ft 5 in
Wing span (geometric) 261 ft 8 in
Height
79 ft 1 in
Track
47 ft 0 in
Wheelbase 104 ft 7 in
Capacity
Pax
Typical seating
544 (4-class)
  Max 853
Freight
LD3 capacity underfloor
38 LD3
  Max pallet number underfloor
13
  Bulk hold volume
505 ft³
  Total volume (Bulk loading)
6 780 ft³
Performance
Range  8 200 nm
Mmo M0.89
Max ramp weight
1 272 lb x 1000
Max take-off weight
1 268 lb x 1000
Max landing weight1 869 lb x 1000
Max zero fuel weight
814 lb x 1000
Max fuel capacity
84 600 USG

Aircraft weights and capabilities shown are the highest values. Ranges shown are for typical passenger load

Revenue generation

The A380’s service introduction ushered in a new era of airline transportation for operators. Whether it’s being used to reduce the number of flights and create cost savings while maintaining capacity, or to offer more capacity with fewer takeoff slots, the A380 brings operators a wide range of commercial advantages. Furthermore, with two full-length decks, more space for every passenger, and a flying experience no other aircraft in the sky can match, the A380 has become a must-have ticket on every route it flies – resulting in a significant first-mover advantage for operators.

New technologies

A380 Cockpit

The A380’s cockpit – which is based on Airbus’ industry-leading flight deck design for its fly-by-wire jetliner families – features the latest advances in cockpit technology, including larger interactive displays, an advanced flight management system and improved navigation modes.

The A380's main instrument panel incorporates eight identical and interchangeable Liquid Crystal Display Units, providing a primary flight display, navigation display, two multi-function displays, an engine warning display and a systems display. The increased display size provides increased perspective for pilots and allows for enhanced presentation modes as a vertical situation awareness function that presents a “vertical cut” of the aircraft trajectory incorporating flight path, terrain and weather information.

A key A380 innovation is the use of an electronic library to largely replace the traditional paper documentation used by pilots. This library allows flight and maintenance crews to easily locate relevant operational information in the various flight manuals, lists and logbooks, while enabling an optimisation of performance and weight-and-balance computations.

Technology A380

Runway management

Airbus introduced its innovative Brake to Vacate technology on the A380, allowing flight crews to more effectively manage approach and landing by pre-selecting the optimum runway exit. This can reduce runway occupancy time by up to 30 per cent – significantly increasing the number of aircraft that can be handled by the world’s airports.

 

Advanced materials

By incorporating the latest advances in structures and materials, the A380 offers the lowest cost per seat of any widebody aircraft, over 15 per cent lower than its nearest competitor. This includes the use of advanced aluminium alloys for the wing and fuselage, 
along with the extensive application of composite materials in the centre wing box’s primary structure, wing ribs, and rear fuselage section.

The A380 also uses Glare™ material in the pressurised fuselage’s upper and lateral shells. Glare™ is a laminate incorporating alternate layers of aluminium alloy and glass fibre reinforced adhesive, with its properties optimised by adjusting the number of plies and orientation of the glass tapes. This offers a significant reduction in weight and provides advanced fatigue and damage resistance characteristics.

Efficiency and reliability

At the 2017 Paris Air Show, an A380 flight test aircraft was displayed with the new large winglets conceived by Airbus as part of aerodynamic refinements for the A380plus version

Two new-generation engine options (the Engine Alliance GP7200 and Rolls-Royce Trent 900), combined with an advanced wing and landing gear design, make the A380 significantly quieter than today's largest airliner – enabling this very large aircraft to meet strict local regulations at airports around the world.

With a new wing design and composite materials accounting for 25 per cent of its structural weight, the A380 is the most efficient aircraft all around. By producing only about 75 grams of CO2 per passenger kilometre, the A380 is helping the aviation industry's commitment to minimise greenhouse gas emissions.

A380 reliability and maintainability is further increased with modern technology, including an enhanced onboard central maintenance system and variable frequency generators – which simplify the large aircraft’s electrical generation network. Hydraulic power is provided by two fully independent systems with an operating pressure of 5,000 psi., instead of the conventional 3,000 psi. This capacity for higher pressure results in smaller and lighter hydraulic system equipment, as well as less hydraulic fluid on board, proving how Airbus innovations continue to deliver efficiency in every area of aircraft design and manufacture.

The interactive map above highlights the optimised range of this modern Airbus jetliner. To determine the aircraft’s range from a specific location, simply drag the cursor to any city or region. The area covered in blue will represent all possible destinations within its typical range.

Note: The range areas above illustrate the aircraft's nominal range.

 

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