N825QT

This airframe, registration N825QT, is a 2000-built Raytheon Hawker 800XP, serial number 258497, manufactured by Raytheon Aircraft Company. The airframe is registered to KJM AIR LLC, an LLC based in Aurora, IL, US, which is listed as the current owner and operator/home base in public registry entries. The entry and ongoing registry status indicate this example carries typical executive interior options for the model and is equipped and maintained to support corporate transport missions; specific valuation or condition details are not published here.

The cabin for this airframe follows a typical executive layout with provision for 2 crew + 6–8 forward-facing passenger seats in common interior fits, while registry entries list up to 15 seats depending on configuration and interior modifications. Avionics are reported as a Honeywell SPZ-800 installation, typical of many Hawker 800XP examples, supporting the aircraft’s mission profile of medium‑haul, high‑speed corporate transport. Based at Aurora, Illinois under KJM AIR LLC, the aircraft is suited to transcontinental and regional business routes consistent with its 2,540 nm range and 430 kt cruise speed. Maintenance considerations align with the 800XP fleet standard powerplant and avionics packages; the TFE731-5 series engines and SPZ-800 system drive routine inspections and component support in line with operator requirements.

The Raytheon Hawker 800XP line occupies a mid‑size, mid‑range business jet niche, offering a balance of speed, range, and cabin comfort that appeals to corporate and charter buyers. Competing models typically include other super‑mid cabins from the same era; buyers and operators evaluate examples like N825QT on airframe hours, engine cycles, and avionics fit — here represented by the TFE731 engines and Honeywell SPZ-800 suite. Resale and maintenance considerations for this airframe focus on engine program enrollment, interior condition versus the registry‑listed seating, and avionics modernization choices to preserve charter and owner‑operator demand.