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Dassault Falcon 900LX

Three-engine long-range large-cabin jet optimized for short-field access and intercontinental flexibility.

The Falcon 900LX is a long-range derivative of the Falcon 900 family, combining a three-engine layout with winglet-equipped aerodynamics to support intercontinental missions while retaining strong short-field and hot/high capability. It is commonly selected by operators who want large-cabin comfort with access to more restrictive runways than many comparable long-range business jets.

Currently for sale
4,750Range (nm)
498Speed (ktas)
16Passengers

Mission Alignment

It fits missions where a true large-cabin aircraft is needed but the airport network includes shorter or more performance-limited fields. The range profile supports nonstop city pairs across the North Atlantic and deep transcontinental segments with typical business-jet reserves, while still being comfortable for shorter regional legs.

Best For

Intercontinental travel with 8–12 passengers and generous baggage needs
Operations into shorter runways or airports with terrain, hot/high, or performance constraints
Multi-leg international schedules where dispatch reliability and routing flexibility matter

Not Ideal For

Highest-capacity VIP layouts that require ultra-long cabins typical of larger flagship jets
Operators seeking the lowest fuel burn per seat on high-frequency short sectors

Cabin Experience

The cabin is a true large-cabin cross-section with a typical three-zone layout, allowing a mix of club seating, conference or dining space, and an aft lounge or additional seating depending on configuration. A forward galley and multiple lavatory options are common, supporting international service routines and longer stage lengths. Noise levels and ride quality are generally well managed for long-duration flying, and baggage volume is suited to extended trips for a full passenger load.

Configuration Notes

Common seating is 12–14 in three zones; layouts vary by operator and completion
Forward galley is typical; some aircraft include crew rest provisions depending on mission
Lavatory location and number vary; verify whether an enclosed aft lavatory and shower are installed (not standard)
7.7Width (ft)
6.2Height (ft)
66.4Length (ft)

Technology & Systems

The 900LX emphasizes proven systems and redundancy, pairing a mature Falcon platform with modernized avionics and aerodynamic improvements. The design philosophy favors operational flexibility—especially field performance and alternate planning—over pushing maximum cabin size. The three-engine configuration is central to its redundancy and performance character and can be a deciding factor for operators with specific routing or operational preferences.

Buyer Checks

Confirm installed avionics suite, software status, and navigation/communication capabilities (e.g., CPDLC/FANS, ADS-B, datalink) to match intended airspace
Review weight-and-balance and interior equipment list to understand real-world payload/range on your typical sectors
Verify runway performance documentation and any performance-enhancing options/credits applicable to your operating environment

Specifications

Cockpit2
DOC / nm$ 7.57
Min Crew2
Total Seats16
ManufacturerDassault Falcon
Aircraft Name900LX
CertificationFAA / EASA
Max Range (nm)4750
DOC / nm / Seat$ 0.63
Max Cabin Seats14
OEM VerificationVERIFIED
Useful Load (lbs)22450
Standard Cabin Seats14
Direct Operating Cost$ 3,588
Flight Deck (Base Spec)Honeywell Primus EASy II
Max Cruise Speed (ktas)498
Base Aircraft Price (USD)$44,000,000

Range

4,750 nm from New York

Dassault Falcon 900LX4,750 nm range

Operating Profile

The Falcon 900LX is typically operated as an international-capable corporate shuttle or owner-operated long-range platform, with patterns that mix occasional long nonstop legs and frequent multi-leg days. It tends to perform well when the schedule demands both range and access to airports that penalize heavier, larger jets. Trip planning is often centered on payload/range tradeoffs, winds, and alternates rather than pure cruise speed.

Key Triggers

Utilization increases where avoiding intermediate fuel stops saves time and simplifies international handling
Operations into performance-limited airports can reduce the need for repositioning to larger fields

Maintenance & Ownership

Support is anchored by Dassault’s global service network and a long in-service history of the Falcon 900 lineage. As with many large-cabin long-range jets, maintenance planning is driven by calendar-based inspections, engine program/overhaul strategy, and avionics compliance. Aircraft-specific condition, pedigree, and modification status materially affect downtime expectations.

Watch-outs

Engine maintenance status and program coverage are significant drivers—review hot-section/overhaul history and remaining life carefully
Inspect for corrosion and wear consistent with age, storage environment, and salt-air exposure; review complete log continuity
Confirm compliance with applicable service bulletins/airworthiness directives and verify interior/IFE modifications are properly documented

Strengths & Trade-offs

Strengths

Strong airport performance for its class, including shorter-field and hot/high capability
Intercontinental range with a versatile large-cabin layout
Three-engine redundancy and robust dispatch suitability for varied missions

Trade-offs

Three engines add maintenance complexity relative to two-engine peers
Cabin is large but shorter than the biggest ultra-long-range flagships, limiting maximum VIP space
Real-world payload/range depends heavily on interior weight and equipment; verify mission-specific numbers

Ideal Buyer Profile

Best Suited For

Corporate flight departments needing long-range capability with broad airport access
Owner-operators or principals prioritizing a quiet, multi-zone cabin for international travel
Operators flying mixed missions: short regional legs plus periodic long nonstops

Less Aligned For

Buyers who need the largest possible cabin volume and maximum seating density in a single aircraft
Operators focused primarily on short-hop efficiency where a smaller jet would better match the mission

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