N625QS

This airframe, tail number N625QS, is a 2020-built example of the Cessna 680A Citation Latitude with serial number 680A0240. The jet is owned by NETJETS SALES INC, a corporate owner based in Oklahoma City, OK, United States, and is registered in the US. The airframe carries a contemporary mid-size cabin configuration and, given its 2020 build date and corporate ownership, is positioned as a maintained, active asset within fractional or corporate operator inventories. Valuation records list the aircraft at $15,500,000, reflecting market positioning for a late-model Citation Latitude in serviceable condition.

The cabin of this specific Citation Latitude is a flat-floor, stand-up design typically configured for 9–10 passengers in a club/club + divan layout, and on this airframe includes a forward galley and an aft lavatory. Avionics on board are centered on the Garmin G5000 integrated flight deck, supporting modern cockpit workflows and advanced situational awareness for single-pair crews. Typical mission profiles for this airframe under corporate ownership include regional point-to-point business travel and short international hops within its 2,668 nm capability, operating from an operator base consistent with its registered corporate owner in Oklahoma City. Maintenance considerations reflect twin PW306D1 engine supportability and Garmin G5000 avionics logistics typical for fleet-managed units.

The Cessna 680A Citation Latitude occupies a mid-size, transcontinental niche with cruise speeds near 429 kts and a high-endurance ceiling to 45,000 ft, competing with other super-midsize business jets for charter and fractional buyers. Demand for late-model 680A airframes is driven by a balance of cabin comfort (flat-floor, stand-up cabin) and operating efficiency provided by the PW306D1 powerplants. Resale and maintenance considerations for this specific airframe center on certified engine time on the PW306D1s, Garmin G5000 avionics status, and the aircraft’s corporate ownership, which typically implies structured records and predictable maintenance history.