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Boeing 757-300 vs. McDonnell Douglas DC-10-30

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757-300

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DC-10-30

Price (USD)
$81 Million$25 Million
First Flight
19981972
Body Type
Narrow-bodyWide-body
Length
54 m178 ft
55 m181 ft
Wingspan
38 m124 ft
50 m165 ft
Wing Area
185 m²1,994 ft²
338 m²3,646 ft²
Fuselage Width
3 m12 ft
6 m19 ft
Height
13 m44 ft
17 m57 ft
Max Takeoff Weight
123,800 kg272,932 lbs
251,744 kg555,001 lbs
Number of Engines
23
Engine Options
Rolls-Royce RB211 / Pratt & Whitney PW2000General Electric CF6
Max Thrust Per Engine
193 kN43,500 lbf
226 kN51,000 lbf
Max Total Thrust
387 kN87,000 lbf
680 kN102,000 lbf
Fuel Capacity
43,400 l11,465 gal
137,509 l36,326 gal
Range
6,295 km3,399 nm
9,600 km5,184 nm
Cruise Speed
850 km/h528 mph
908 km/h564 mph
Typical Seating
262 pax270 pax
Max Seating
295 pax380 pax

What Are the Differences Between the Boeing 757-300 and McDonnell Douglas DC-10-30

Boeing 757-300 vs McDonnell Douglas DC-10-30 Size Comparison

  • At 55.40 meters, the McDonnell Douglas DC-10-30 is 1 meters longer than the Boeing 757-300.
  • With a wingspan of 50.40 meters, the McDonnell Douglas DC-10-30 is 12.40 meters wider from wingtip to wingtip.
  • The Boeing 757-300 and McDonnell Douglas DC-10-30 have heights of 13.60 meters and 17.60 meters respectively - making the McDonnell Douglas DC-10-30 4 meters taller.

Boeing 757-300 vs McDonnell Douglas DC-10-30 Range

  • McDonnell Douglas DC-10-30’s range of 9,600 kilometers is greater than Boeing 757-300’s range of 6,295 kilometers. Therefore, the McDonnell Douglas DC-10-30 can fly nonstop approximately 3,305 kilometers further.
  • The McDonnell Douglas DC-10-30 can hold 36,326 gallons of fuel, which is 24,861 gallons more than the Boeing 757-300’s tank capacity of 11,465 gallons.

Boeing 757-300 vs McDonnell Douglas DC-10-30 Seating

  • In a typical seating configuration, the McDonnell Douglas DC-10-30 can accommodate 270 passengers, which is about 8 passengers more than Boeing 757-300’s seating capacity.
  • The McDonnell Douglas DC-10-30’s max seating capacity is 380 passengers, compared to 295 passengers of the Boeing 757-300.

About the Boeing 757-300

The Boeing 757-300, an extended variant of the popular 757 series, is a narrow-body, twin engine aircraft serving medium-long haul routes. As a stretched version of the 757-200, the 757-300 was designed to accommodate a higher passenger capacity while maintaining the series' operational efficiency and versatility. The B753 entered the commercial aviation market in 1998 with the German airline Condor.

Sometimes referred to as the "flying pencil", the 757-300 has a rather long and skinny fuselage. It measures in at over 54 meters (178 feet), making it the longest, single-aisle twinjet ever built. The wingspan remains at 38.0 meters (124.7 feet), and the wing area is 185.3 square meters (1994.0 square feet), consistent with the 757 series design. The extended fuselage of the 757-300 allows it to carry a larger number of passengers, enhancing its appeal for airlines looking to maximize capacity on popular routes.

The typical seating arrangement in the 757-300 is designed to accommodate about 262 passengers. This configuration usually includes a dual-class layout, with the majority of the cabin dedicated to economy class in a 3-3 seat configuration, alongside a smaller business class section. This layout enables airlines to optimize the balance between passenger comfort and density, making the aircraft particularly suitable for high-demand, medium-range routes.

Powered by Rolls-Royce RB211s or Pratt & Whitney PW2043s the 757-300 is capable of delivering a maximum thrust of 387.0 kN (87,000 lbf), the Boeing 757-300 offers a range of approximately 6,295 kilometers (3,399 nautical miles). This range, combined with its passenger capacity, positions the 757-300 as a competitive option for airlines operating busy domestic and transcontinental routes.

In the market, the Boeing 757-300 faced competition from similar narrow-body aircraft, such as variants from the Airbus A321 series and the McDonnell Douglas MD-90. These aircraft offered comparable range and capacity, creating a competitive landscape in the segment of extended narrow-body airliners. Production for the 757-300 totaled just 55 aircraft. Airlines that have incorporated the Boeing 757-300 into their fleets include Continental Airlines (now merged with United Airlines), Delta Air Lines, and Icelandair. These carriers have utilized the aircraft's unique combination of capacity and range to efficiently serve a mix of domestic and international routes, underscoring the 757-300's utility in commercial aviation.

The Boeing 757-300, while not as widely produced as its shorter counterpart, the 757-200, still marks an important development in the evolution of the 757 series. Its extended fuselage and increased capacity cater to specific market needs, demonstrating Boeing's adaptability in responding to evolving airline requirements. As a variant of one of the most recognizable narrow-body aircraft families, the 757-300 continues to play a role in the global aviation industry, particularly in markets where capacity and efficiency are paramount.

About the McDonnell Douglas DC-10-30

The McDonnel Douglas DC-10-30, is a wide-body trijet airliner designed for long-haul commercial flights. As a member of the DC-10 series, the DC-10-30 was developed to extend the range and capacity of its predecessors, meeting the growing demands of global air travel. The -10-30 was a later, longer range model, and turned out to be the most variant produced. In addition to being a popular passenger aircraft, the DC-10 was also extensively used in the freight industry during its peak.

One of the DC-10's most distinctive features is its three engine configuration, with two engines mounted under the wings and a third engine at the base of the vertical stabilizer. This design was a key differentiator from other wide-body airliners of its time, such as the Boeing 747. The DC-9 made its first flight on August 29, 1970, and was introduced to the commercial aviation market on August 5, 1971 with American Airlines.

Measuring 55.4 meters (181.6 feet) in length, the DC-10-30 was among the larger aircraft of its time, capable of operating on transatlantic and transpacific routes. The aircraft features a wingspan of 50.4 meters (165.3 feet), which supports its long-range flight capabilities and stability at high altitudes. Equipped to hold over 137,500 liters (36,320 US gallons) of fuel, the DC-10-30 was designed for extended range missions, offering a maximum range of 9,600 kilometers (5,184 nautical miles). This capability enabled airlines to operate non-stop intercontinental flights over vast distances. The aircraft's propulsion system consists of 3 GE CF6-50C engines capable of delivering a combined thrust of 680.6 kN (102,000 lbf), providing the power needed for long-haul flights carrying a full complement of passengers and cargo. The DC-10-30's cruise speed of 908 km/h (564 mph) further underscores its efficiency in covering great distances swiftly.

The typical configuration for the DC-10-30 seats up to 270 passengers. Some airliners opted for higher density layouts including 3-4-2, 2-5-2, and 3-3-3. In the market for wide-body aircraft, the McDonnel Douglas DC-10-30 competed with other long-range airliners like the Lockheed L-1011 TriStar and the Boeing 747. The DC-10-30's introduction was a significant contribution to the wide-body aircraft segment, providing airlines with a versatile option for long-haul, high-capacity routes. Prominent operators of the DC-10-30 included airlines such as Continental Airlines, Garuda Indonesia, and Northwest Airlines. Other notable carriers were KLM, British Airways, Iberia, Lufthansa, and Malaysia Airlines.

The McDonnel Douglas DC-10-30's production and operational history reflect its role as a key player in the evolution of long-haul air travel. Its design, performance, and capacity made it a vital asset in the fleets of global airlines, contributing to the expansion and accessibility of international air travel during a critical period of growth in commercial aviation.

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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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