N525TG

This entry describes airframe N525TG, a factory-built Cessna 525 Citation M2 constructed in 2014 with serial number 525-0826. The aircraft is registered in the US and is recorded as owned by ROYAL AIR LLC, based in Glenwood Springs, CO, US; the registry entry indicates an operator-configurable layout and lists eight seats. The airframe’s change of ownership to ROYAL AIR LLC and its US registration are the principal public registry actions associated with this serial. Valuation records indicate an approximate market value of $4,200,000, reflecting typical condition and equipment for a 2014 M2.

The aircraft is outfitted in a typical executive interior with a six-seat club configuration in the cabin while the FAA registry lists 8 seats, indicating operator-configurable arrangements for additional passenger capacity. Many M2 interiors include a belted lavatory option and this airframe’s cabin description aligns with that executive mission profile. Avionics fit is the typical Garmin G3000 suite for the M2, supporting single-pilot operation, modern flight management and integrated displays. Operationally the M2 is generally used for regional corporate missions, owner-flown transport and on-demand charter legs from its home base in Glenwood Springs, CO, US, pairing short climb to cruise performance with efficient range for routes up to its listed 1,540 nm capability.

The Cessna 525 Citation M2 occupies the light-jet niche within Textron Aviation’s Citation family, offering a balance of short-field capability, single-pilot certification and relatively low operating costs. Competitors typically include other light jets with similar range and capacity; buyer demand centers on owner-operators and charter operators seeking flexible cabin layouts and modern avionics like the Garmin G3000. For this specific 2014 airframe, maintenance and resale considerations reflect its age, equipment level and the assessed value of $4,200,000, with marketability aided by a known owner/operator base and factory turbofan engines common to the model.