N892AB

This airframe, registered as N892AB, is a 2023-built Bombardier BD-100-1A10 Challenger 350, serial 20950, manufactured by Bombardier Inc. The airframe is recorded as owned by ABFD 3 LLC, a limited liability company based in Deerfield Beach, FL, US, and operates on a United States registration. The aircraft carries an estimated market value of $25,900,000 and presents as a contemporary example of the Challenger 350 standard production configuration. Delivery and registry history beyond current ownership are not published.

The cabin of N892AB is finished in the typical eight‑passenger executive double-club layout with the standard belted lavatory seat found in eight‑seat Challenger 350 arrangements, providing a conventional business-jet interior for short- to mid‑long‑range missions. The installed avionics suite is the Challenger 350 standard Collins / Rockwell Collins Pro Line 21 (Advanced), although individual airframes may receive optional avionics upgrades. Based from Deerfield Beach, FL, US through its owner/operator ABFD 3 LLC, the aircraft’s performance figures — particularly its 3,200 nm range and 459 kts cruise — support cross‑country and transcontinental executive transport typical for owner-operators and charter operations. Standard maintenance considerations for this airframe follow the model’s factory system architecture and engine type.

The airframe is a member of the Bombardier Challenger 350 series produced by Bombardier Inc., combining the installed twin Honeywell HTF7350 engines and the Pro Line 21 (Advanced) avionics to deliver the listed cruise, range, and ceiling performance. These published specifications — 3,200 nm range, 459 kts cruise, 45,000 ft ceiling, and an eight‑seat cabin — define the aircraft’s operational capability and position its market value at $25,900,000 for this 2023 serial. Prospective buyers and operators assessing this specific airframe would weigh the included standard avionics package and any optional upgrades against lifecycle operating and resale considerations tied to model demand and condition.