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Boeing 737 MAX 10 vs. Airbus A321neo

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737 MAX 10

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A321neo

Price (USD)
$116 Million$129 Million
First Flight
20212016
Body Type
Narrow-bodyNarrow-body
Length
43 m143 ft
44 m146 ft
Wingspan
35 m117 ft
35 m117 ft
Wing Area
127 m²1,367 ft²
122 m²1,317 ft²
Fuselage Width
3 m12 ft
4 m13 ft
Height
12 m40 ft
11 m38 ft
Max Takeoff Weight
89,800 kg197,975 lbs
97,000 kg213,848 lbs
Number of Engines
22
Engine Options
CFMI LEAP-1BCFMI LEAP-1A / P&W PW1000G
Max Thrust Per Engine
130 kN29,300 lbf
147 kN33,100 lbf
Max Total Thrust
260 kN58,600 lbf
294 kN66,200 lbf
Fuel Capacity
25,800 l6,816 gal
29,500 l7,793 gal
Range
6,110 km3,299 nm
5,423 km2,928 nm
Cruise Speed
839 km/h521 mph
832 km/h517 mph
Typical Seating
188 pax220 pax
Max Seating
230 pax244 pax

What Are the Differences Between the Boeing 737 MAX 10 and Airbus A321neo

Boeing 737 MAX 10 vs Airbus A321neo Size Comparison

  • At 44.50 meters, the Airbus A321neo is 0.70 meters longer than the Boeing 737 MAX 10.
  • With a wingspan of 35.90 meters, the Boeing 737 MAX 10 is 0.10 meters wider from wingtip to wingtip.
  • The Boeing 737 MAX 10 and Airbus A321neo have heights of 12.30 meters and 11.80 meters respectively - making the Boeing 737 MAX 10 0.50 meters taller.

Boeing 737 MAX 10 vs Airbus A321neo Range

  • Boeing 737 MAX 10’s range of 6,110 kilometers is greater than Airbus A321neo’s range of 5,423 kilometers. Therefore, the Boeing 737 MAX 10 can fly nonstop approximately 687 kilometers further.
  • The Airbus A321neo can hold 7,793 gallons of fuel, which is 977 gallons more than the Boeing 737 MAX 10’s tank capacity of 6,816 gallons.

Boeing 737 MAX 10 vs Airbus A321neo Seating

  • In a typical seating configuration, the Airbus A321neo can accommodate 220 passengers, which is about 32 passengers more than Boeing 737 MAX 10’s seating capacity.
  • The Airbus A321neo’s max seating capacity is 244 passengers, compared to 230 passengers of the Boeing 737 MAX 10.

About the Boeing 737 MAX 10

The Boeing 737 MAX 10 is the largest variant in the 737 MAX series, representing Boeing's expansion of its narrow-body, twin-engine offerings for the commercial aviation market. Launched in 2017, the MAX 10 was developed in response to airlines demanding a larger model than the MAX 9. The announcement for the MAX 10 was quickly followed by 240 orders and commitments from more than ten customers. The United States' aviation regulator, the FAA, cleared Boeing to begin certification flight testing of its 737 MAX 10 in November of 2023. Deliveries are being anticipated for early 2025.

The 737 MAX 10, with its extended fuselage, offers a greater passenger capacity compared to its siblings in the MAX series at 143 feet (43.79 meters). This increase in size allows airlines to accommodate more passengers per flight, optimizing efficiency and profitability, particularly on popular short to medium-haul routes. Equipped with advanced CFM International LEAP-1B engines, the MAX 10 delivers over 58,000 pounds of thrust. The slight stretch of the MAX 10 allows the jet to retain the existing wing design and LEAP engines from the MAX 9, with a trailing-link main landing gear being the only major change.

In the market, the Boeing 737 MAX 10 competes with aircraft like the Airbus A321neo. Both are very similar in terms of seating capacity, and range, but the MAX 10 does fall short in terms of field performance. Boeing predicts that the MAX 10 will yield a 5% lower trip cost and seat cost compared to the A321neo. It provides airlines with an alternative option in the narrow-body segment, offering a balance of capacity, range, and efficiency.

Various airlines have shown interest in the 737 MAX 10 for its ability to meet the demands of modern air travel. It is expected that United Airlines, Korean Air, Alaska Airlines, and Ryanair will have some of the largest fleets of MAX 10s. The MAX 10's capabilities make it an attractive choice for carriers looking to expand their network and serve densely populated routes efficiently.

About the Airbus A321neo

The Airbus A321neo is a significant evolution within the A320 family, distinguished by its new engines and enhancements in efficiency and range. This single-aisle, twin-engine airliner has been a key addition to several airlines' fleets, meeting the demands of both medium and long-haul routes.

One of the standout features of the A321neo is its engine technology, offering a choice between the CFM International LEAP-1A and the Pratt & Whitney PW1100G-JM. These engines are pivotal in reducing fuel consumption and emissions, contributing to the aircraft's operational efficiency. With a maximum takeoff weight of about 206,000 lbs, the A321neo's range extends up to 4,000 nautical miles (7,400 kilometers). The integration of "Sharklets" at the wingtips is a notable aerodynamic enhancement, reducing drag and further improving fuel efficiency. In terms of size, the A321neo extends 146.5 feet (44.6 meters) in length, with a wingspan of 117.5 feet (35.8 meters), making it the longest fuselage of the A320 family. It can accommodate up to 240 passengers, thanks to its "Cabin-Flex" configuration, which optimizes cabin space utilization.

Airlines such as American Airlines, IndiGo, and Turkish Airlines. have embraced the Airbus A321neo for its versatile capabilities. The aircraft's ability to efficiently serve various routes and passenger volumes has been a significant factor in its operational deployment. Developed in response to the aviation industry's push for more eco-friendly and efficient aircraft, the A321neo represents a balance between environmental responsibility and operational demands. Its design reflects a modern approach to commercial aviation, catering to airlines' needs for a sustainable, high-capacity narrow-body aircraft.

The A321neo is most comparable to Boeing's 757-200, 737 MAX 9, and 737 MAX 10. In the competitive market, the Airbus A321neo has demonstrated its value through its performance and adaptability. As of late 2023, there are over 1,100 A321neo aircraft in service, belonging to 88 different carriers. Even more impressive, there have been 5,400 orders for the A321neo since its inception.

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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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