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Airbus A340-200 vs. McDonnell Douglas DC-9-30

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A340-200

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DC-9-30

Price (USD)
$105 Million$10 Million
First Flight
19921966
Body Type
Wide-bodyNarrow-body
Length
59 m194 ft
36 m119 ft
Wingspan
60 m197 ft
28 m93 ft
Wing Area
361 m²3,892 ft²
93 m²1,001 ft²
Fuselage Width
5 m18 ft
3 m11 ft
Height
16 m55 ft
8 m27 ft
Max Takeoff Weight
275,000 kg606,271 lbs
48,988 kg108,000 lbs
Number of Engines
42
Engine Options
CFMI CFM56Pratt & Whitney JT8D
Max Thrust Per Engine
150 kN34,000 lbf
67 kN15,000 lbf
Max Total Thrust
600 kN136,000 lbf
134 kN30,000 lbf
Fuel Capacity
155,040 l40,957 gal
13,900 l3,672 gal
Range
12,400 km6,695 nm
2,800 km1,512 nm
Cruise Speed
870 km/h541 mph
897 km/h557 mph
Typical Seating
250 pax115 pax
Max Seating
420 pax127 pax

What Are the Differences Between the Airbus A340-200 and McDonnell Douglas DC-9-30

Airbus A340-200 vs McDonnell Douglas DC-9-30 Size Comparison

  • At 59.40 meters, the Airbus A340-200 is 23 meters longer than the McDonnell Douglas DC-9-30.
  • With a wingspan of 60.30 meters, the Airbus A340-200 is 31.90 meters wider from wingtip to wingtip.
  • The Airbus A340-200 and McDonnell Douglas DC-9-30 have heights of 16.80 meters and 8.50 meters respectively - making the Airbus A340-200 8.30 meters taller.

Airbus A340-200 vs McDonnell Douglas DC-9-30 Range

  • Airbus A340-200’s range of 12,400 kilometers is greater than McDonnell Douglas DC-9-30’s range of 2,800 kilometers. Therefore, the Airbus A340-200 can fly nonstop approximately 9,600 kilometers further.
  • The Airbus A340-200 can hold 40,957 gallons of fuel, which is 37,285 gallons more than the McDonnell Douglas DC-9-30’s tank capacity of 3,672 gallons.

Airbus A340-200 vs McDonnell Douglas DC-9-30 Seating

  • In a typical seating configuration, the Airbus A340-200 can accommodate 250 passengers, which is about 135 passengers more than McDonnell Douglas DC-9-30’s seating capacity.
  • The Airbus A340-200’s max seating capacity is 420 passengers, compared to 127 passengers of the McDonnell Douglas DC-9-30.

About the Airbus A340-200

The Airbus A340-200 is a long-range, wide-body aircraft, part of the A340 family known for its four-engine configuration. Introduced in 1992, the quadjet was designed to meet the demands of long-haul flights. The A340-200 has a longer wingspan (60.3 meters) than length (59.4 meters). The -200 version of the A340 has typical seating capacity for 250 passengers in a standard layout and a maximum capacity of 420 passengers.

Equipped with four engines that provide 136,000 pounds of thrust (600 kN), the A340-200 is recognized for its ability to cover significant distances, with a range of 6,695 nautical miles (12,400 kilometers). The aircraft's fuel capacity of 155,040 liters (40,957 US gallons) contributes to its long-range capabilities, making it suitable for routes such as transatlantic and transpacific flights. The aircraft's spacious cabin offers comfort for passengers on long-haul journeys, and its four-engine design provides additional reliability over vast oceanic and remote areas.

Competing with models like the Boeing 777-200ER, the A340-200 offered airlines a long-range option with a unique four-engine configuration. Its role in commercial aviation has been defined by its capacity to serve long-distance routes with a medium passenger load, meeting the needs of airlines for intercontinental travel.

The Airbus A340-200 has been operated by airlines such as Lufthansa and Air France, serving as a key component in their long-haul fleets. Only a small number of the -200 remain in service today. Additionally, it turned out that the -300 and -600 versions of the A340 were much more popular.

About the McDonnell Douglas DC-9-30

The McDonnel Douglas DC-9-30, a narrow-body jet airliner first introduced in 1966, stands as a significant aircraft in the evolution of commercial aviation. Designed during an era of rapid growth in air travel, the DC-9-30 was developed to meet the demands of short to medium-haul routes, offering airlines a more efficient and practical alternative to the larger jetliners of the time. The Series 30 of the DC-9 included four main sub-variants, -31, -32, -33, and -34. During its production, the -30 was by far the most popular model of the DC-9 with 585 units delivered.

This aircraft was initially developed as the Douglas DC-9, prior to August 1967 merger with McDonnell Aircraft. The DC-9-30 measures in at 36.4 meters (119.3 feet) in length. This size enabled it to operate efficiently in smaller airports and on shorter runways - a niche that was underserved at the time of its introduction. Powered by a pair of Pratt & Whitney PWJTD engines, the DC-9-30 has a total thrust output of 134.0 kN (30,000 lbf). Its fuel capacity of 13,900 liters (3,672 US gallons) gives the DC-9-30 a range of approximately 2,800 kilometers (1,512 nautical miles). This range was particularly advantageous for airlines looking to serve regional networks with an efficient and reliable jet.

The DC-9-30's typical five abreast seating layout can fit around 115 passengers, with a maximum of 127 in a high-density layout.

In its market segment, the McDonnel Douglas DC-9-30 was a key competitor to other short-haul aircraft of the era. Its introduction provided airlines with a jetliner that was not only smaller and more versatile than the larger, long-haul aircraft but also more efficient and economical for short to medium-range routes.

Airlines such as Delta Air Lines, Eastern Air Lines, and TWA were prominent operators of the DC-9-30, utilizing its capabilities to enhance their regional route networks. The aircraft's role in these fleets demonstrated its effectiveness in bridging the gap between propeller-driven airliners and larger jets, contributing significantly to the growth of regional air travel.

The McDonnel Douglas DC-9-30's production and service history highlight its importance as a practical and versatile aircraft in commercial aviation. The last DC-9 to ever be built was delivered in 1982. After its retirement, McDonnell Douglas went on to produce the MD-80 and the MD-95.

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Values shown may not be 100% accurate, as some metrics are averages or only represent certain production years and configurations. Engine specs are based on the best options available.

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