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Airbus H225

Heavy, long-range twin-engine helicopter oriented to offshore, SAR, and utility lift missions.

The Airbus H225 (formerly Eurocopter EC225) is a heavy-class, twin-turboshaft helicopter designed around high payload, long overwater legs, and all-weather dispatch expectations typical of offshore energy, government SAR, and large-utility operations. Buyers typically evaluate it for missions that need a spacious cabin, strong external-load capability, and redundant systems for IFR and demanding environments, rather than for low-intensity short-hop charter work.

Currently for sale
454Range (nm)
142Speed (ktas)
21Passengers

Mission Alignment

In service, the H225 is most often selected when the mission is driven by payload and overwater range—moving people and equipment to remote sites, sustaining SAR coverage, or carrying specialist mission kits (medical, EO/IR, communications, de-icing/icing provisions where equipped). It is less compelling when missions are short-range, lightly loaded, or require minimal footprint.

Best For

Offshore crew transport and logistics with long overwater segments
Search-and-rescue and government missions needing range, hoist capability, and IFR operation
Utility roles requiring higher payloads, internal volume, or external sling loads

Not Ideal For

Low-utilization private flying where fixed support and maintenance infrastructure is hard to justify
Operations constrained to very small landing zones or tight urban pads where a smaller rotorcraft is more practical

Cabin Experience

The H225’s cabin is sized for multi-row seating and mission equipment, with a flat-floor, walk-through interior typical of heavy twins used in offshore and public-service work. Operators can configure high-density transport layouts or more missionized interiors (medevac, SAR consoles, workstations). Noise and vibration levels depend strongly on interior kit, insulation, and mission equipment installed; buyers should review the exact cabin fit and certification basis of the aircraft being considered.

Configuration Notes

Seating and interior vary widely: offshore transport, VIP, SAR/EMS, or utility configurations
Cargo provisions (tie-downs, roller floors) and door arrangements should be verified against intended mission
If hoist, stretchers, or mission consoles are required, confirm installed options and approved configurations
16.3Height (ft)
63.4Length (ft)

Technology & Systems

The H225 emphasizes system redundancy and mission capability for IFR and overwater operations, typically combining a multi-screen glass cockpit, coupled autopilot, and integrated aircraft/engine monitoring suited to high-tempo commercial flying. Exact avionics suite and automation functions can vary by build standard and retrofit status, so buyers usually focus on the installed standard, software levels, and mission equipment integration rather than brochure features.

Buyer Checks

Confirm the specific avionics and autopilot configuration (modes, coupled approaches, AFCS options) and current software status
Verify mission equipment integration and approvals (hoist, EO/IR, satcom, radios, medical equipment) for your operating rules
Review safety and system modification status applicable to the airframe’s configuration and operating environment

Specifications

Cockpit2
DOC / nm$ 20.87
Min Crew2
Total Seats21
Flight RulesIFR
ManufacturerAirbus Helicopters
Aircraft NameH225
CertificationFAA / EASA
Max Range (nm)454
DOC / nm / Seat$ 0.99
Max Cabin Seats28
OEM VerificationUn-Verified
Useful Load (lbs)11929
Standard Cabin Seats19
Direct Operating Cost$ 2,963
Flight Deck (Base Spec)EFIS
Max Cruise Speed (ktas)142
Base Aircraft Price (USD)$ 29,500,000

Range

454 nm from New York

Airbus H225454 nm range

Operating Profile

Typical H225 operations are planned around payload/range tradeoffs, reserves for overwater and SAR profiles, and performance margins at temperature/altitude. It is often used in high-cycle commercial contexts or long-duration standby/SAR coverage where dispatch reliability and mission equipment matter as much as cruise speed. Operating costs and logistics are influenced by utilization rate, spares strategy, and access to approved maintenance and component support.

Key Triggers

Higher annual utilization where fixed support infrastructure and spares planning are fully leveraged
Missions where fewer aircraft can cover longer legs or carry larger teams/equipment compared with smaller twins

Maintenance & Ownership

As a heavy twin, the H225 benefits from disciplined maintenance planning, accurate configuration control, and strong records. Buyers typically scrutinize component times/limits, major inspection status, and the completeness of logbooks, along with the aircraft’s modification and service bulletin embodiment appropriate to its operating history (offshore, SAR, utility). Access to qualified maintenance facilities and parts support is a practical requirement for sustained operations.

Watch-outs

Configuration/standard differences: confirm exact variant, build standard, and embodied modifications rather than assuming a generic H225 baseline
Records completeness and traceability for life-limited parts and major components are critical
If the aircraft has been missionized (SAR/utility), verify condition, certification, and maintainability of installed equipment and wiring

Strengths & Trade-offs

Strengths

Strong payload and internal volume suitable for crew transport and mission equipment
Long overwater-oriented mission capability with redundant systems and IFR-focused design
Flexible configurations: transport, SAR/EMS, and utility/external load roles

Trade-offs

Higher operating and maintenance infrastructure needs than medium-class helicopters
Large footprint and downwash can limit access to confined landing sites
Capability depends heavily on exact installed options, approvals, and maintenance status of a given airframe

Ideal Buyer Profile

Best Suited For

Offshore operators needing long legs and meaningful payload to remote installations
Government or contracted SAR/EMS operators requiring hoist-capable, IFR-ready heavy twin performance
Utility and infrastructure support organizations needing cabin volume and external-load capability

Less Aligned For

Private or low-utilization users without established maintenance/support network
Operators primarily flying short, lightly loaded legs where a smaller twin is more efficient

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