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Boeing 737-500 vs. Airbus A320-200

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737-500

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A320-200

Price (USD)
$50 Million$101 Million
First Flight
19891987
Body Type
Narrow-bodyNarrow-body
Length
31 m101 ft
37 m123 ft
Wingspan
28 m94 ft
35 m117 ft
Wing Area
105 m²1,134 ft²
122 m²1,317 ft²
Fuselage Width
3 m12 ft
4 m13 ft
Height
11 m36 ft
11 m38 ft
Max Takeoff Weight
62,800 kg138,450 lbs
78,000 kg171,961 lbs
Number of Engines
22
Engine Options
CFMI CFM56CMFI CFM56 / IAE V2500
Max Thrust Per Engine
89 kN20,000 lbf
120 kN27,000 lbf
Max Total Thrust
178 kN40,000 lbf
240 kN54,000 lbf
Fuel Capacity
20,100 l5,310 gal
27,200 l7,185 gal
Range
4,400 km2,376 nm
6,200 km3,348 nm
Cruise Speed
796 km/h495 mph
840 km/h522 mph
Typical Seating
110 pax170 pax
Max Seating
145 pax180 pax

What Are the Differences Between the Boeing 737-500 and Airbus A320-200

Boeing 737-500 vs Airbus A320-200 Size Comparison

  • At 37.60 meters, the Airbus A320-200 is 6.60 meters longer than the Boeing 737-500.
  • With a wingspan of 35.80 meters, the Airbus A320-200 is 7 meters wider from wingtip to wingtip.
  • The Boeing 737-500 and Airbus A320-200 have heights of 11.10 meters and 11.80 meters respectively - making the Airbus A320-200 0.70 meters taller.

Boeing 737-500 vs Airbus A320-200 Range

  • Airbus A320-200’s range of 6,200 kilometers is greater than Boeing 737-500’s range of 4,400 kilometers. Therefore, the Airbus A320-200 can fly nonstop approximately 1,800 kilometers further.
  • The Airbus A320-200 can hold 7,185 gallons of fuel, which is 1,875 gallons more than the Boeing 737-500’s tank capacity of 5,310 gallons.

Boeing 737-500 vs Airbus A320-200 Seating

  • In a typical seating configuration, the Airbus A320-200 can accommodate 170 passengers, which is about 60 passengers more than Boeing 737-500’s seating capacity.
  • The Airbus A320-200’s max seating capacity is 180 passengers, compared to 145 passengers of the Boeing 737-500.

About the Boeing 737-500

The Boeing 737-500, introduced in 1987 as part of the 737 Classic series, is a narrow-body, twin-engine airliner designed for short to medium-haul routes. Recognized for its compact size and efficiency, the 737-500 catered to airlines needing a smaller capacity jet with the performance qualities of the larger 737 models.

At 101.7 feet (31.0 meters) in length and with a wingspan of 94.5 feet (28.8 meters), the 737-500 was adept at serving routes that required flexibility for airport size and range. This aircraft was particularly appealing to airlines for its ability to operate efficiently on shorter and less dense routes, providing a practical solution for smaller markets. While the -400 expanded on the -300, the -500 was actually constructed to considerably smaller than the -300. Comparatively, the 737-500 is closest in size and capacity to the 737-200. Powered by two CFM International CFM56-3C1 engines, the Boeing 737-500 has a total thrust capability of 40,000 lbf (178.0 kN). With a fuel capacity of 5,310 US gallons (20,100 liters), it boasts a range of 2,376 nautical miles (4,400 kilometers). The 737-500's cruise speed of 495 mph (796 km/h) contributed to its reputation as a reliable and efficient aircraft for regional travel.

In the commercial aviation landscape of its time, the Boeing 737-500 was a competitor to aircraft like the McDonnell Douglas MD-80 series. Its introduction provided airlines with a versatile option in the 737 family, bridging the gap between the larger 737 models and the need for a more economical, smaller jet. Southwest Airlines was the first customer of the -500, making their first flight in 1989. Lufthansa, United Airlines, and Continental also operated the Boeing 737-500. The aircraft played a significant role in these fleets, enabling the expansion of domestic and regional networks.

The Boeing 737-500 has faced accelerated retirement due to its smaller size. A majority of models were out of service after just 21 years in service. Most freight companies didn't even have interest in turning the -500 into a cargo jet. The 737-500 was replaced by the 737-600 of the Next Generation series.

About the Airbus A320-200

The Airbus A320-200 is a narrow-body, twin-engine aircraft, primarily employed for short to medium-haul flights. Introduced in the late 1980s, this model was designed with an emphasis on increased fuel capacity and range.

With dimensions of 123.3 feet (37.6 meters) in length and a wingspan of 111.9 feet (34.1 meters), the A320-200 is configured typically to accommodate 150 to 180 passengers in a standard two-class layout. This seating capacity enables the aircraft to efficiently serve both high-density and lower-demand routes. The A320-200 incorporates fly-by-wire technology, a notable feature in commercial aviation at the time of its introduction, replacing traditional manual flight controls with an electronic interface. The aircraft is equipped with advanced avionics and an electronic flight instrument system in the cockpit, reflecting the technological standards of the era. Powered by CFM56 or IAE V2500 engines, the -200 variant is designed for a balance of thrust and fuel efficiency. It has a maximum takeoff weight of approximately 170,000 lbs and a range of about 3,300 nautical miles, dependent on load and configuration.

Several airlines have incorporated the Airbus A320-200 into their fleets, utilizing it for a variety of operational needs. Prominent operators include Lufthansa, British Airways, and AirAsia. These carriers have employed the jetliner for its ability to efficiently handle both short domestic services and longer intercontinental routes. As a key variant in the A320 family, the Airbus A320-200 has contributed to Airbus's presence in the narrow-body aircraft market. Its use by various airlines demonstrates its functionality across different types of commercial aviation operations.

Today, the Airbus A320-200 continues to be an operational part of numerous airline fleets, fulfilling its intended roles across various route networks. While no longer in production, it is succeeded by the newer A320neo.

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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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