Specifications
Aircraft Details
• Low time Bell 427 helicopter in outstanding visual and technical condition
• Used for private flights; owned by a company and available immediately
• New leather interior completed in 2023 (visual condition 9.5/10)
• Exterior visual condition rated 8.5/10
• Equipped with air conditioner system, wire strike protection, Flitestep kit, passenger and automatic baggage door opener kits
• Advanced avionics: Sandel SN3500 EHSI, Garmin GMX200 MFD, Garmin GNS530W & GNS430 NAV/COM, Garmin GTX330 (ADS-B) transponder, PS Engineering PMA7000B audio panel, Artex C406-N ELT, Whelen A650 strobe light, Avidyne/Ryan TAS610 TAS, Garmin GDL 69A weather data link
• Total time airframe and both engines: 2,942 hours; Engines: Pratt & Whitney Canada PW207D with 3,500h TBO (recommended)
• Maintenance under PART 145, CAMO managed, all ADs up to date, valid ARC until 05/2027
• Located in Mielec, Poland; reason for sale: other aviation project in progress
About this Model
Overview
The Bell 427 is a skid-gear, twin-engine light helicopter developed from the Bell 407/206L lineage, positioned for operators who want straightforward twin-engine capability with familiar Bell handling and support. Typical use cases include corporate and private transport, utility support, and EMS-style configurations where payload flexibility and stable low-speed handling matter more than long-range cruise.
Mission Fit
The 427 generally fits missions that live within a light-twin helicopter’s fuel and payload envelope: multiple daily hops, mixed passenger/cargo loads, and operations that value twin-engine safety margins and stable low-speed work. It is less suited to missions dominated by maximum-range legs, consistently heavy payloads, or hot/high conditions that push performance margins—areas where stepping up in class is usually more efficient.
Cabin
Cabin layout is typically configured for executive transport or missionized roles, with a relatively flat, usable cabin floor area for the class and wide access through large doors. Noise/vibration levels and comfort depend heavily on interior completion and rotor/drive-train condition; buyers should evaluate the specific aircraft’s insulation, seating, and mission equipment integration rather than assuming a uniform standard across the fleet.