N987CM

This airframe, registered as N987CM, is a 2008-built Cessna 510 Citation Mustang bearing serial number 510-0140. The listed owner/operator is CHRISTMAS VALLEY PARTNERS LLC, a limited liability company based in Bend, OR, US, and no prior ownership transfers are published for this specific serial. No notable registry actions are published for this airframe in the supplied data, and valuation or current condition highlights are not published for this entry. The airframe is presented with the typical equipment fit and interior arrangement associated with the Mustang family as supplied.

The cabin for this Cessna 510 Citation Mustang is noted as the typical four-place executive club configuration used on the type, accommodating up to 4 occupants in a compact business layout. Avionics fit is the typical Garmin G1000 integrated flight deck for the model, supporting single-pilot IFR operation and modern navigation/flight management tasks. Operational profiles for this airframe typically emphasize short to mid-range business missions within the listed 1,167 nm range and cruise at around 340 kts, flown from its owner/operator base in Bend, OR, US. Maintenance and operational considerations follow the Mustang’s twin-PW615F powerplant maintenance regime and the Garmin G1000 avionics support practices customary for this light-cabin jet class.

The Cessna 510 Citation Mustang occupies the entry-level very light jet niche within Cessna’s Citation family, offering light twin-engine performance with a high-operating-ceiling capability to 41,000 ft and efficient short-to-medium range capability of 1,167 nm. In the market, Mustangs are generally compared with other light VLJ designs for owner-operators and small business missions; demand and resale considerations for this airframe depend on hours, maintenance history, avionics fit (here, Garmin G1000 typical), and provenance such as the recorded ownership by CHRISTMAS VALLEY PARTNERS LLC. Maintenance planning must account for the twin Pratt & Whitney Canada PW615F-A engines and typical component cycles for the type.