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Airbus AS 350BA (AStar)

Light, single-engine utility helicopter optimized for simple operations and flexible mission equipment.

The Airbus AS 350BA (AStar) is an earlier variant of the AS350 family, positioned as a straightforward, work-oriented single-engine helicopter with a broad operating envelope for day-to-day utility flying. Buyers typically consider it when they want a proven airframe that can be configured for passenger transport, aerial work, or public-service-style missions, and when they value a simpler single-engine operating model over twin-engine redundancy.

Currently for sale
11,100Range (nm)
470Speed (ktas)
12Passengers

Mission Alignment

In service use, the AS 350BA tends to fit missions that prioritize access, hovering and low-speed maneuvering, and the ability to switch between passenger and work configurations. It is commonly selected for operations that benefit from a practical cabin, good external visibility, and compatibility with common role equipment. It is less aligned with missions that are dominated by cruise speed, long legs without refueling, or requirements that effectively drive operators to twin-engine types.

Best For

Utility lift and external-load tasks where a light single is appropriate (e.g., sling work within limits)
Short- to medium-range passenger moves with frequent stops (site shuttles, point-to-point local transport)
Aerial work roles such as survey support, observation, and general-purpose operations depending on installed equipment

Not Ideal For

Missions requiring twin-engine redundancy or stringent category/twin requirements
Long-range, high-speed transport where a faster or larger helicopter is needed

Cabin Experience

Cabin experience is functional rather than luxury-oriented: the aircraft is generally configured to move a small group plus pilot, with easy loading and good visibility. Comfort, noise levels, and finish vary significantly by interior package and the aircraft’s utility history. Door configuration and seating choices can materially affect how quickly you can reconfigure between passenger and work missions.

Configuration Notes

Typical layouts prioritize a pilot plus a small passenger group; exact seat count varies by installed interior and mission equipment.
Sliding/hinged door configurations and removal options are mission-driven and worth confirming for your intended loading workflow.
Utility-focused aircraft may have floors, tie-downs, or interiors tailored for work rather than executive transport.
167 ft 5 inWidth (ft)
55 ft 11 in Height (ft)
219 ft 2 inLength (ft)

Technology & Systems

The AS 350BA reflects a practical, analog-first design typical of its era, often updated over time with targeted avionics and mission equipment rather than a fully integrated, factory-modern flight deck. Many aircraft in the fleet have been modified to match local regulatory needs (e.g., radios, navigation, transponder/ADS-B solutions) and operator preferences, so the specific aircraft’s equipment list matters more than the type’s baseline.

Buyer Checks

Confirm installed avionics suite, required navigation/communication capabilities, and compliance with local ADS-B/transponder mandates.
Verify mission equipment provisions (cargo hook, bubble windows, camera mounts, wire strike protection, float kits) and associated approvals.
Review weight-and-balance with the actual interior and equipment installed to ensure payload meets your typical mission.

Specifications

Cockpit2
Min Crew4
Total Seats12
ManufacturerAirbus
Aircraft NameACJ350
CertificationFAA / EASA
Max Cabin Seats35
OEM VerificationVERIFIED
Useful Load (lbs)32500
Flight Deck (Base Spec)Thales
Max Cruise Speed (ktas)470
Base Aircraft Price (USD)$366,000,000

Range

11,100 nm from New York

Airbus AS 350BA (AStar)11,100 nm range

Operating Profile

Operationally, a light single like the AS 350BA is usually optimized for frequent short sectors, hovering/low-speed work, and operations from constrained or unimproved sites within performance planning limits. Real-world endurance and range depend heavily on fuel configuration, payload, temperature/altitude, and how much time is spent hovering versus cruising. If your missions involve high-altitude/high-temperature conditions, confirm performance margins for your expected loads and procedures.

Key Triggers

High annual utilization and multi-role needs can favor a simpler single-engine platform when twin-engine redundancy is not required.
Operations with significant hover time or external-load work should model engine/drive-train wear items and component life consumption, not just cruise hours.

Maintenance & Ownership

Maintenance planning is driven by airframe and dynamic-component life limits, engine condition, and the depth/quality of historical records. As an older variant, individual aircraft condition and modification status can vary widely. A thorough records review and inspection focus on the dynamic system, corrosion/hard-use indicators, and compliance with applicable service bulletins and airworthiness directives for the specific serial number and installed equipment.

Watch-outs

Incomplete or inconsistent maintenance records can materially increase inspection scope and uncertainty around component lives.
Evidence of hard utility use (heavy external loads, dust/sand environments) may accelerate wear on rotor/drive components and engine peripherals.
Confirm remaining life and overhaul status of high-value components (engine, main rotor components, gearbox/drive system) and any calendar-driven limits.

Strengths & Trade-offs

Strengths

Flexible utility platform that can be configured for passenger transport or aerial work missions
Practical cabin access and visibility suited to observation and work roles
Single-engine operating model can be simpler to manage for operators whose missions do not require twin redundancy

Trade-offs

Single-engine redundancy limitations for certain missions, regulations, or overwater/IFR profiles depending on jurisdiction
Older-generation baseline avionics/interiors vary widely; upgrades may be needed to meet modern operational expectations
Payload, range, and comfort are mission- and configuration-dependent and can be constrained in hot/high conditions

Ideal Buyer Profile

Best Suited For

Operators needing a versatile light helicopter for local/regional utility and short-sector transport
Organizations that value configurable mission equipment (hook, observation, survey support) over premium cabin amenities
Fleets that can standardize maintenance and spares around the AS350 family and manage configuration variability

Less Aligned For

Buyers whose mission requirements effectively mandate twin-engine aircraft
Long-range transport users prioritizing higher cruise speed and larger cabin comfort

Wingform Inc.

1207 Delaware Ave #3093, Wilmington, DE, US 19806