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Agusta / Leonardo AW119Kx

Single-engine, IFR-capable light helicopter focused on utility missions with a relatively spacious cabin and strong hot-and-high performance.

The AW119Kx is a light, single-turbine helicopter positioned for operators who want a single-engine platform with systems depth closer to larger twins—most notably an IFR-capable avionics suite and a two-axis autopilot—while retaining the simplicity and operating footprint of a light single. It is commonly selected for training, utility, light EMS support roles (where regulations and configuration permit), and corporate or private transport where payload flexibility and straightforward ground handling matter.

Currently for sale
515Range (nm)
131Speed (ktas)
8Passengers

Mission Alignment

In day-to-day use, the AW119Kx tends to fit missions that alternate between passenger carriage and work tasks, especially when operating from short or unimproved landing areas. It is also a common choice for flight schools and operators that value an IFR-capable single for training or dispatch flexibility. If your operating concept requires twin-engine capability for risk policy, or consistently demands more seats and baggage than a light single can comfortably carry, a twin or a larger single may align better.

Best For

IFR training and instrument-capable utility flying with a modern cockpit
Hot-and-high operations where hover performance margin is a priority
Mixed-use roles (passenger transport, external load, surveillance) that benefit from a flexible cabin and wide doors

Not Ideal For

Regular overwater, night, or remote-area operations where twin-engine redundancy is mandated by policy or regulation
High-density passenger shuttle work where larger cabin volume and multi-row seating drive economics

Cabin Experience

The cabin is typically configured for 6–7 seats depending on layout, with a flat floor and good access through large doors, supporting quick role changes between passenger and utility configurations. Cabin noise and ride quality are typical of the light-single class; headset use is common for passenger comfort. Visibility from the cockpit is generally strong, which helps for approach, confined-area work, and patrol missions.

Configuration Notes

Common layouts include 1–2 crew with 5–6 passengers; seating and baggage capability vary significantly by interior and mission kit.
Utility-focused aircraft may be configured with provisions for external load, belly cargo, or mission equipment; verify the installed kits and their certification basis.
If used for training, many aircraft are equipped with dual controls and additional avionics options—confirm whether they remain installed.
11.9Height (ft)
42.5Length (ft)

Technology & Systems

The AW119Kx emphasizes a modern, integrated avionics approach for the light-single category, typically centered on a glass cockpit with IFR navigation/communication capability and an autopilot that reduces workload in instrument conditions. The aircraft’s design aims to keep single-engine operating simplicity while providing the situational awareness features operators expect for training, corporate, and public-service style missions.

Buyer Checks

Confirm the specific avionics suite and software levels (e.g., WAAS/LPV capability, ADS-B configuration, and installed navigation sensors).
Verify autopilot type and capabilities (modes available, IFR approval status, and any applicable STCs).
Review any mission equipment integration (searchlight, camera, EMS provisions, external load) for power/weight impact and approved operating limitations.

Specifications

Cockpit2
DOC / nm$ 6.76
Min Crew1
Total Seats8
Flight RulesVFR
ManufacturerLeonardo
Aircraft NameAW119Kx
CertificationFAA / EASA
Max Range (nm)515
DOC / nm / Seat$ 0.84
Max Cabin Seats6
OEM VerificationUn-Verified
Standard Cabin Seats6
Direct Operating Cost$ 885
Flight Deck (Base Spec)Garmin G1000H
Max Cruise Speed (ktas)131
Base Aircraft Price (USD) $3,850,000

Range

515 nm from New York

Agusta / Leonardo AW119Kx515 nm range

Operating Profile

Operationally, the AW119Kx is used where a single-engine helicopter’s lower fuel burn and simpler daily servicing are valued, but where dispatch flexibility is improved by IFR capability and automation. Payload and range are highly mission- and configuration-dependent in helicopters; performance varies notably with temperature, altitude, and the amount of installed equipment. Buyers typically evaluate it on hover performance margin, useful load in the intended configuration, and the ability to meet local IFR and training requirements.

Key Triggers

High annual utilization where single-engine simplicity and fuel consumption are important to total operating cost.
Operations that can benefit from IFR capability (training, patrol, corporate) without moving up to a twin.

Maintenance & Ownership

Maintenance is typical of a modern turbine single: predictable scheduled inspections combined with life-limited components and calendar/engine program considerations. Availability of support and parts is generally tied to regional Leonardo service coverage and the specific installed avionics/autopilot equipment. Aircraft used for training or utility work may show higher wear on interiors, landing gear components, and dynamic systems due to frequent cycles.

Watch-outs

Engine/airframe total time versus component life limits; confirm remaining life on major dynamic components and any life-limited parts.
Training-usage history: high cycle counts can drive earlier wear on controls, rotor head components, and interior fittings—review logs for recurring squawks.
Avionics/autopilot maintenance support: confirm which vendors are installed and local shop capability for troubleshooting and calibration.
Corrosion and environmental exposure, especially for aircraft operated in coastal, humid, or utility environments; request detailed inspection records.

Strengths & Trade-offs

Strengths

IFR-capable avionics and automation in a light single, supporting training and higher-dispatch utility missions
Strong hot-and-high performance reputation relative to many light singles, improving hover margin in demanding conditions
Flexible cabin/door access that supports quick role changes between passenger and utility tasks

Trade-offs

Single-engine operational limitations may constrain mission approvals compared with twins, depending on operator policy and regulations
Helicopter performance is highly sensitive to configuration and conditions; advertised capability may not match your payload at altitude/temperature
Mission-equipped aircraft can accumulate weight and maintenance complexity; installed kits should be matched to the actual mission need

Ideal Buyer Profile

Best Suited For

Flight schools and training organizations needing an IFR-capable turbine single with modern avionics
Operators flying mixed passenger/utility missions in hot-and-high environments
Private or corporate users prioritizing a light helicopter with modern cockpit features and flexible seating

Less Aligned For

Operators requiring twin-engine redundancy for routine missions (policy, insurance, or regulatory)
High-capacity shuttle or heavy utility missions that consistently demand more cabin volume and payload

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