N413DW

The airframe bearing tail number N413DW is a 2010-built Cessna Citation XLS+ (Cessna 560XL) with serial number 560-6074. The airframe is registered in the US and is recorded as owned by DMW AVIATION LLC, an LLC based in Marshfield, MA, US; this registration reflects the current and primary ownership record. No public record of prior operators or major registry transfers is provided in the supplied data. Notable registry information for this specific airframe includes a current seating entry that departs from typical completions; valuation and condition highlights are Not published.

The aircraft is a fixed-wing multi engine business jet configured on records with 13 seats, indicating a high-density or corporate shuttle capability beyond the typical 8–9 executive-seat XLS+ cabin layout. Typical XLS+ completions use the Collins Pro Line 21 suite; this airframe’s documentation notes that avionics fitment is consistent with that typical Pro Line 21 installation. Operationally the XLS+ hull-numbered airframe is well suited to short- to mid‑range continental missions up to 2,100 nm at cruise speeds near 441 kts and operating ceilings to 45,000 ft, supporting charter, corporate shuttle, or owner-operator profiles from its base in Marshfield, MA, US. Maintenance considerations for this entry include twin Pratt & Whitney Canada PW545C engines and systems common to Citation XLS+ completions; specific maintenance history for this serial is not provided.

The Cessna Citation XLS+ (Cessna 560XL) family occupies the light-medium business jet niche, offering a balance of cabin comfort and short-field performance. With twin PW545C engines producing 4,119 lbf each, the model competes with aircraft in its class for regional business travel and ad hoc charter demand. Buyers and charter operators typically value XLS+ airframes for their cabin flexibility—this airframe’s 13-seat listing highlights potential for high-density missions—while resale and maintenance considerations center on engine cycle status, Pro Line 21 avionics supportability, and completion/configuration.