N2084J2020 Airbus A321-271NX

Overview

This airframe carries U.S. registration tail number N2084J and is a factory-built Airbus A321-271NX (A321neo) completed in 2020 with manufacturer serial number 10029. Recorded ownership is held by JetBlue Airways (corporation, United States), and the aircraft appears on U.S. registers under that corporate owner. Public records for this specific airframe are limited to its build and registration details; there are no other published registry actions or distinct valuation notes attached to this serial in the supplied dataset. Condition highlights beyond manufacture year and operator ownership are not published in the provided data.

Operations & Cabin

The cabin of this A321-271NX is configured in a single-class, high-density layout identified as Y200, accommodating 200 seats, consistent with high-capacity short- to medium-haul operations. With a manufacturer-stated range of 4,000 nm and a cruise speed of 473 kts, the airframe is suited to dense domestic trunk routes and longer thin transcontinental sectors where high seat count and fuel-efficient engines yield favorable unit economics. Operated by JetBlue Airways and registered in the United States, routine maintenance considerations center on the PW1100G-JM geared turbofan engines and their operator-level engine maintenance programs. Avionics fit and specific in-service cabin amenities for this airframe are not published in the supplied dataset.

Model & Market Context

The A321-271NX belongs to the Airbus A321neo family, positioned as a high-capacity, longer-range single-aisle jet optimized for replacement of older narrowbodies and for denser single-aisle routes. Its combination of a 200-seat high-density cabin, PW1100G-JM engines producing 33,110 lbf each, and a 4,000 nm range targets airlines seeking lower per-seat costs versus previous-generation A320-family types. Competing models in the market niche include stretched variants of the Boeing 737 family; resale and maintenance considerations for this particular configuration are influenced by its high-density cabin layout and the operator’s fleet commonality and engine MRO arrangements.