N711LX

The airframe bearing tail number N711LX is a 2021-built Cessna Citation XLS+ (560XL), constructor serial 560-6300, registered in the United States. The aircraft is owned by National Education Loan Network, Inc. (co-owned with MSD711 LLC), a corporation based in Lincoln, NE, US; this ownership arrangement is notable as an instance of corporate co-ownership. The US registry lists a 13-seat configuration for this airframe, and its market valuation is recorded at $13,000,000. No additional public registry actions beyond standard US registration are noted in the provided data.

Registry information lists 13 seats for this specific airframe, while the typical Cessna Citation XLS+ executive cabin layout favors an 8–9 passenger club arrangement with a four-place club, a forward two-place divan and a fully enclosed aft lavatory; individual interiors may be customized. The avionics suite for the XLS+ is typically the Rockwell Collins Pro Line 21, a system well-suited for mixed corporate and charter operations and consistent with the aircraft’s 2021 production year. With a cruise speed of 441 kts and a range of 2,100 nm, the airframe is configured for regional to transcontinental missions within North America from its operator base in Lincoln, Nebraska. Maintenance planning for a 2021 PW545C-equipped airframe follows established Pratt & Whitney Canada schedules and OEM recommendations.

The Cessna Citation XLS+ (560XL) occupies the mid-size light-business jet niche, offering a combination of cabin comfort and runway performance attractive to corporate flight departments and charter operators. Competing models in this segment include later-model Embraer Legacy/Phenom family and Bombardier Challenger light variants, with buyer demand focused on newer airframes with modern avionics like Pro Line 21. Resale considerations for this airframe include its recent build year (2021), documented ownership by a corporate entity in Lincoln, NE, and a factory-standard PW545C engine fit, all factors that support stronger marketability and predictable maintenance cycles.