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AgustaWestland / Leonardo AW139

Medium twin-engine helicopter designed for multi-role passenger transport, offshore support, and public-service missions.

The AW139 is a widely used medium twin helicopter positioned between light twins and larger super-medium types. It is commonly selected when operators need a mix of speed, cabin volume, and multi-mission flexibility—ranging from corporate/VIP shuttle to offshore crew change, EMS, and government roles. Typical buyer interest centers on its established global support footprint, configurable cabin, and performance suited to longer overwater legs and demanding weather/IFR operations (equipment fit dependent).

573Range (nm)
165Speed (ktas)
17Passengers

Mission Alignment

In passenger transport roles, the AW139 typically covers medium-range sectors efficiently while carrying a practical cabin load and luggage, with reserves appropriate for IFR/overwater mission profiles when configured accordingly. For public missions, the aircraft’s cabin access and reconfigurable layouts support stretchers, medical equipment, hoists, or mission consoles depending on the kit installed. Mission suitability is strongly influenced by the specific aircraft’s role equipment (hoist, radar, flotation, EO/IR, medical interior), certified weight/payload configuration, and operator approvals.

Best For

Offshore crew transport with moderate passenger counts and baggage
Regional point-to-point passenger shuttle where helipad access matters
Public-service roles (EMS/SAR/law enforcement) requiring a configurable cabin and twin-engine redundancy

Not Ideal For

Lowest-cost short-hop utility flying where a single-engine or light twin can cover the mission
Very high-density lift or heavy external-load work better suited to larger/heavier-category helicopters

Cabin Experience

The cabin is sized to support multiple seating layouts, from utility bench seating to higher-comfort executive arrangements. Large doors and a generally flat cabin floor (configuration dependent) help with passenger flow and mission equipment loading. Noise/vibration levels and ride quality depend on interior specification, soundproofing, and rotor/drive system condition; VIP-fitted aircraft can feel materially different from offshore/utility interiors.

Configuration Notes

Common passenger layouts range from higher-density transport seating to VIP configurations with fewer, larger seats.
Cabin utility features (litter supports, medical rack, mission consoles) vary widely by role and STC/OEM kit.
Baggage provisions may be internal, external, or a mix; verify volume and weight limits against your typical load.
16.4Height (ft)
54.7Length (ft)

Technology & Systems

The AW139 platform emphasizes modern twin-engine systems architecture with integrated avionics suited to IFR operations and high-utilization dispatch. Across the fleet there are meaningful differences by production block and upgrade status—particularly in avionics suite, autopilot capability, and mission-system integration. Buyers typically evaluate the aircraft as a systems package (avionics + autopilot + role kit) rather than an airframe alone.

Buyer Checks

Confirm avionics and autopilot configuration (e.g., IFR approvals, coupled approaches, and any mission-specific modes) and ensure it matches your operating requirements.
Review installed mission equipment (radar, hoist, flotation, wire-strike, EO/IR, satellite tracking) and the associated maintenance/inspection program impacts.
Check software/avionics upgrade status and component supportability for the specific configuration and serial number.

Specifications

Cockpit2
DOC / nm$ 11.69
Min Crew2
Total Seats17
Flight RulesIFR
ManufacturerLeonardo
Aircraft NameAW139
CertificationFAA / EASA
Max Range (nm)573
DOC / nm / Seat$ 0.69
Max Cabin Seats15
OEM VerificationUn-Verified
Useful Load (lbs)4701
Standard Cabin Seats15
Direct Operating Cost$ 1,929
Flight Deck (Base Spec)EFIS
Max Cruise Speed (ktas)165
Base Aircraft Price (USD) $15,900,000

Range

573 nm from New York

AgustaWestland / Leonardo AW139573 nm range

Operating Profile

Operators use the AW139 for medium-range transport with a balance of cruise speed and useful load, often in coastal/offshore environments and at locations where infrastructure is limited to helipads. Real-world payload and range planning is sensitive to temperature/altitude, required reserves (particularly offshore/IFR), and role equipment weight. If your mission involves frequent hover work (hoist, HEMS scene ops) or high cycle counts, expected component wear and mission-kit inspections become a larger part of operating planning.

Key Triggers

High annual utilization or multi-shift operations where dispatch reliability, parts availability, and standardized procedures matter.
Missions that benefit from twin-engine capability, IFR equipment, and a cabin that can be reconfigured between passenger and mission layouts.

Maintenance & Ownership

As a complex twin-engine helicopter, the AW139’s maintenance profile is driven by scheduled inspections, life-limited parts, and the condition of dynamic components (rotor system, gearboxes, and driveline). Actual downtime and cost exposure vary widely with utilization, mission type (offshore corrosion environment vs. inland), and how the aircraft has been maintained and upgraded. Pre-purchase work typically focuses on records completeness, component times/cycles, corrosion control history, and configuration control for mission equipment.

Watch-outs

Corrosion exposure and proof of corrosion prevention/control measures, especially for offshore or coastal aircraft.
Main gearbox, driveline, and rotor system component times/cycles and any trend monitoring data available.
Configuration creep: ensure all installed equipment is properly documented (STCs/OEM kits), with complete logbooks and current airworthiness/mandatory service compliance.

Strengths & Trade-offs

Strengths

Multi-mission cabin and equipment flexibility across passenger, offshore, and public-service roles
Twin-engine performance and systems capability suitable for demanding IFR/overwater profiles (configuration dependent)
Broad global operator base with established training and support ecosystems

Trade-offs

Operating and maintenance complexity typical of medium twins; costs can rise with heavy mission equipment and high utilization
Payload/range are highly mission- and configuration-dependent; reserves and role kits can materially reduce available cabin load
Aircraft-to-aircraft differences by production block and upgrade status can affect capability and standardization

Ideal Buyer Profile

Best Suited For

Offshore operators needing a medium twin for crew change and logistics
Government/public-service units requiring a configurable platform (HEMS/SAR/LE)
Corporate or shuttle users needing helipad access with a larger cabin than light twins

Less Aligned For

Budget-driven operators with short, simple missions that do not require a medium twin’s capability
Operators needing consistently higher passenger counts or heavier lift better served by larger-category helicopters

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