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Sikorsky S-92

Twin-engine transport helicopter optimized for offshore, SAR, and utility missions with a large, reconfigurable cabin.

The Sikorsky S-92 is a multi-role, twin-engine helicopter commonly configured for offshore energy transport, search-and-rescue, government/VIP movement, and utility support. It is positioned around high payload capability, long overwater legs, and an aircraft-style approach to redundancy and mission equipment integration. Buyers typically evaluate the S-92 as a platform where mission fit is defined by cabin capacity, hoist/EMS/utility options, and dispatch reliability expectations rather than cruise speed alone.

Currently for sale
439Range (nm)
155Speed (ktas)
21Passengers

Mission Alignment

In typical configurations, the S-92 fits missions that need a sizeable cabin, meaningful payload margin, and all-weather IFR operations. It is particularly aligned with overwater operations and role-based equipment (life rafts, floats, hoist, mission consoles). If most flying is short-range point-to-point with limited passengers, the aircraft’s scale, crew requirements, and support footprint may be more than needed.

Best For

Offshore crew change with regular overwater legs and higher passenger counts
Search-and-rescue (SAR) and HEMS variants requiring hoist/medical kit integration and endurance
Government/agency transport where payload, range, and IFR capability matter

Not Ideal For

Owner-operator personal use where smaller twins meet the mission at lower infrastructure and crew burden
Short-hop utility work where a lighter helicopter offers easier logistics and lower fuel burn

Cabin Experience

The cabin is designed to be configured around the mission—most commonly higher-density passenger transport for offshore work, or lower-density layouts for VIP/government with additional storage and amenities. Large doors and a flat-floor style cabin support rapid reconfiguration for seats, stretchers, or mission equipment. Noise and vibration outcomes depend heavily on interior package, seat track layout, and operator-installed soundproofing standards.

Configuration Notes

Common transport layouts prioritize passenger count and quick turnaround; VIP/government layouts trade seats for comfort and baggage volume.
SAR/EMS configurations may include rescue hoist provisions, medical fit-out, and dedicated equipment stowage, affecting usable seating.
Baggage and equipment carriage is highly configuration-dependent; confirm seat count, payload limits, and declared baggage volumes for the specific aircraft.
17.8Height (ft)
Sikorsky S-92 cabin

Technology & Systems

The S-92 is built around transport-category safety concepts: redundant systems, de-icing provisions as equipped, and avionics that support IFR operations and demanding mission profiles. Many aircraft have mission-specific avionics and communications (SATCOM, multi-band radios, NVG compatibility, surveillance/ADS-B solutions) driven by offshore and public-service requirements. Because fleets vary, the practical technology baseline should be assessed aircraft-by-aircraft rather than assumed from the type.

Buyer Checks

Confirm avionics suite baseline and compliance items (e.g., IFR approvals, ADS-B/Mode S fit, NVG compatibility where required).
Review mission equipment installation records (floats, life rafts, hoist, external provisions) and verify associated inspection/overhaul status.
Validate weight-and-balance data for the current interior/mission kit; small changes can materially affect payload/range planning.

Specifications

Cockpit2
DOC / nm$ 19.79
Min Crew2
Total Seats21
Flight RulesIFR
ManufacturerSikorsky
Aircraft NameS-92
CertificationFAA / EASA
Max Range (nm)439
DOC / nm / Seat$ 0.94
Max Cabin Seats19
OEM VerificationUn-Verified
Useful Load (lbs)7417
Standard Cabin Seats19
Direct Operating Cost$ 3,068
Flight Deck (Base Spec)EFIS
Max Cruise Speed (ktas)155
Base Aircraft Price (USD) $30,650,000

Range

439 nm from New York

Sikorsky S-92439 nm range

Operating Profile

Operators typically use the S-92 for medium-range transport with meaningful payload, often in maritime climates and high-utilization schedules. The aircraft generally favors planned dispatch with professional crew staffing, standardized SOPs, and dedicated ground support. Fuel burn and direct operating costs are sensitive to mission weight, environmental conditions, and equipment fit (e.g., floats, external provisions), so mission planning is central to achieving expected performance.

Key Triggers

Frequent missions needing higher passenger count or mission equipment where fewer flights can replace multiple smaller-aircraft rotations.
Regular overwater or IFR-demanding operations where redundancy and equipment integration reduce operational constraints.
Sikorsky S-92 cockpit

Maintenance & Ownership

Maintenance is typically managed in an operator-style environment with disciplined tracking of component times, mission-kit inspections, and corrosion control—especially for maritime operations. Buyers should expect structured scheduled inspections and significant attention to drivetrain and rotor system component limits, as well as life-limited parts and overhaul planning. Records completeness and configuration control are particularly important due to the number of mission options and operator-installed systems.

Watch-outs

Corrosion exposure history (salt, offshore bases) and the status of corrosion prevention and inspections.
Life-limited components and major overhaul intervals for engines, gearbox/drivetrain components, and rotor system parts—verify remaining times and calendar limits.
Configuration complexity: ensure all STCs/mods have complete documentation, approved data, and consistent maintenance tracking.

Strengths & Trade-offs

Strengths

Large, flexible cabin that can be tailored for transport, SAR, EMS, or government missions
Designed for demanding IFR/overwater operations with a redundancy-focused systems architecture
Strong mission-equipment ecosystem (as equipped) supporting offshore and public-service roles

Trade-offs

Higher infrastructure, crew, and support requirements than lighter twins for comparable short-range missions
Performance and payload are configuration- and condition-dependent; mission kit and interior can materially change useful load
Maritime/offshore usage can accelerate corrosion and wear, increasing inspection and component-management workload

Ideal Buyer Profile

Best Suited For

Offshore transport operators needing consistent payload, passenger capacity, and overwater equipment
Public service agencies (SAR/EMS) requiring a large cabin and specialized mission systems
Government/VIP operators prioritizing capacity and IFR capability with tailored interiors

Less Aligned For

Private users whose missions are typically 1–4 passengers with short legs
Operators without access to the maintenance and logistics infrastructure the type typically assumes

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