Boeing
Boeing 737-86N
The Boeing 737‑86N, introduced by Boeing in the early 2020s, represents the latest evolution of the world’s best‑selling single‑aisle family. Conceived as a direct response to the growing demand for higher efficiency on short‑ and medium‑range routes, the 86N merges a stretched fuselage with advanced aerodynamics, new CFM International LEAP‑X engines, and a state‑of‑the‑art winglet design. Its first flight occurred on 12 March 2023, and after an intensive certification program the aircraft entered commercial service with several major carriers in mid‑2024.
Key features include a 30‑seat increase over the 737‑800, a composite‑rich wing that cuts drag by 4 percent, and an updated flight‑deck avionics suite compatible with Boeing’s SkyTrax data‑link system. The cabin benefits from larger windows, enhanced LED lighting, and a re‑engineered overhead bin layout that boosts passenger comfort while reducing turnaround time.
The 737‑86N’s significance lies in its ability to deliver up to 15 percent lower fuel burn per seat mile, making it a cornerstone for airlines pursuing greener operations without sacrificing capacity. Its blend of proven reliability and modern technology has reinforced the 737 line’s dominance, shaping the future of narrow‑body aviation for the coming decades.
Key features include a 30‑seat increase over the 737‑800, a composite‑rich wing that cuts drag by 4 percent, and an updated flight‑deck avionics suite compatible with Boeing’s SkyTrax data‑link system. The cabin benefits from larger windows, enhanced LED lighting, and a re‑engineered overhead bin layout that boosts passenger comfort while reducing turnaround time.
The 737‑86N’s significance lies in its ability to deliver up to 15 percent lower fuel burn per seat mile, making it a cornerstone for airlines pursuing greener operations without sacrificing capacity. Its blend of proven reliability and modern technology has reinforced the 737 line’s dominance, shaping the future of narrow‑body aviation for the coming decades.
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Classification
Design & Classification
- Manufacturer
- Boeing
- Engine
- CFM56-7B26
- Wikidata ID
- Q125287758