N626RM

This article describes the individual airframe bearing tail number N626RM, a 2017-built example of the Cessna 525 Citation M2 with serial number 525-0969. Manufactured by Textron Aviation Inc, the airframe is registered in the United States and is owned by TVPX ARS INC Trustee (a corporation based in North Salt Lake, UT, US). The airframe is configured and certificated as a single‑pilot executive light jet and carries an estimated market value of $4,000,000. Its registration and ownership are recorded to the corporate trustee in North Salt Lake, reflecting operator/owner structuring common in business aviation.

The airframe is completed in a typical executive cabin layout accommodating 6–7 passengers in a comfortable single‑pilot certification arrangement; the overall seating capacity is 8 including crew. Avionics are outfitted with the Garmin G3000 integrated flight deck, supporting modern single‑pilot operation, advanced situational awareness, and business‑jet mission profiles. Typical operations for this airframe would encompass short‑ to medium‑range corporate missions, owner-flown trips, and on-demand charter sectors within the aircraft’s 1,550 nm radius; cruise performance of 404 kts and a 41,000 ft ceiling support efficient regional point‑to‑point operations. Maintenance considerations for this individual jet follow the M2 program standards for the Cessna 525 family and the Williams FJ44 engine maintenance schedules as applied to a 2017 serial 525-0969 airframe.

The Cessna 525 Citation M2 occupies the light business jet niche, offering a balance of low operating cost, single‑pilot certification, and modern avionics such as the Garmin G3000. With twin Williams FJ44-1AP-21 engines producing 1,965 lbf each, the type competes against light jets from other manufacturers that appeal to owner-operators and charter operators seeking comparable range and speed. Given the build year 2017 and the estimated value of $4,000,000, resale and charter demand for this airframe is influenced by maintenance history, avionics fit, and the single‑pilot capable configuration which supports flexible mission use and favorable operating economics.