N286MJ

This airframe, registered as N286MJ, is a 2008-build Dassault Falcon 900EX EASy with manufacturer serial number 208. It is owned by the corporation HC LOGISTICS LLC of Chicago, IL, US, and bears a US registration; no additional registry actions are published in the supplied data. The airframe is valued at $15,495,000, reflecting its 2008 build status and EASy avionics fit. Operational basing and primary operator are associated with the owner’s Chicago location as reported.

The cabin for this specific Falcon is a 14-passenger executive layout featuring dual aft divans and a forward crew lavatory as reported in broker listing material. Flightdeck avionics are the Honeywell EASy II+ suite, providing integrated flight management, enhanced situational awareness, and automation typical of the EASy-equipped Falcons. With a 4,500 nm range and 436 kt cruise speed, the airframe is suited to long-range business missions including transcontinental and some transoceanic sectors from its Chicago-linked base. Maintenance considerations for this tri-jet include the Honeywell TFE731-60-1C powerplants and the systems support requirements for EASy avionics; operator logistical support is expected to align with corporate operation practices in Chicago.

The Dassault Falcon 900EX EASy represented by N286MJ occupies the long-range, executive tri-jet niche within Dassault’s fixed-wing multi-engine category and, as configured, emphasizes cabin comfort for up to 14 passengers alongside high-altitude performance to 51,000 ft. The EASy II+ avionics fit increases appeal for buyers and charter operators seeking modern avionics integration in an older airframe year like 2008, while the tri-engine layout continues to affect maintenance planning and operating economics relative to twin-engine designs. Valuation at $15,495,000 positions this airframe within the established secondary market for late-2000s Falcon 900EX EASy examples, with resale considerations driven by avionics state, maintenance history, and owner/operator support infrastructure.