Aircraft Finder

MD Helicopters MD 600N

Light single-engine utility helicopter with NOTAR anti-torque design aimed at lower tail-rotor exposure and simplified ground handling.

The MD 600N is a single-turbine, six-seat class helicopter derived from the MD 500/600 family, distinguished by its NOTAR (No Tail Rotor) system for anti-torque and yaw control. It is commonly evaluated for missions that value compact footprint, good visibility, and operations where tail-rotor risk and tail-rotor noise characteristics are key considerations. Buyers typically compare it to other light singles on mission flexibility, payload/range tradeoffs, and supportability of a less-common anti-torque architecture.

Currently for sale
341Range (nm)
134Speed (ktas)
6Passengers

Mission Alignment

In practical use, the MD 600N tends to fit multi-role utility profiles: passenger shuttles, patrol/observation, light external-load or mission-equipment installs, and general support. Mission planning often centers on balancing cabin load and fuel for the desired leg length, with the understanding that performance margins vary materially with temperature, altitude, and installed equipment.

Best For

Utility and support flying from confined or obstacle-rich sites where tail-rotor exposure is a concern
Short- to medium-range passenger lift for 3–5 passengers plus pilot, depending on configuration and fuel
Aerial work roles (observation, patrol, survey support) where visibility and maneuvering matter

Not Ideal For

High-density-altitude, high-payload lift missions that routinely demand more power margin than a light single provides
Operations requiring widespread field support identical to more common tail-rotor types, if local NOTAR experience is limited

Cabin Experience

The 600N’s cabin is typically arranged for a pilot plus up to five passengers, with layouts varying by operator (executive, utility, law enforcement, or mixed-use). The design is compact rather than spacious, prioritizing visibility and mission adaptability over stand-up cabin volume. Noise and vibration perception depends on equipment fit, interior package, and operating technique; NOTAR changes the external tail-rotor signature but does not eliminate all rotor/drive-related noise sources.

Configuration Notes

Common seating is pilot + 5, but usable passenger count depends on fuel, baggage, and mission kit.
Door and seating configurations vary; verify that the interior/utility fittings match your loading needs (baggage, stretchers, mission consoles).
9.7Height (ft)
36.9Length (ft)

Technology & Systems

The defining technology choice is NOTAR, which replaces a conventional tail rotor with a ducted fan and boundary-layer control along the tailboom to provide anti-torque and directional control. This can reduce certain ground/people/equipment hazards associated with tail rotors and can change handling characteristics in yaw compared with tail-rotor helicopters. The rest of the aircraft reflects the MD 500/600 lineage: a light, responsive platform with mission equipment options depending on the operator and year of manufacture.

Buyer Checks

Confirm the NOTAR system condition and maintenance history (fan/ducting, tailboom components, control system rigging) and verify who will support it locally.
Identify the installed avionics suite and any STCs/mission equipment; ensure it meets your IFR/VFR, NVG, and interoperability requirements if applicable.
Review weight-and-balance documentation for the actual aircraft with its interior and mission kit; payload can vary significantly by configuration.

Specifications

Cockpit2
DOC / nm$ 4.06
Min Crew1
Total Seats6
Flight RulesVFR
ManufacturerMD Helicotpers
Aircraft NameMD 600N
CertificationFAA / EASA
Max Range (nm)341
DOC / nm / Seat$ 0.68
Max Cabin Seats5
OEM VerificationUn-Verified
Useful Load (lbs)2000
Standard Cabin Seats5
Direct Operating Cost$ 545
Flight Deck (Base Spec)Gyro / Analog
Max Cruise Speed (ktas)134
Base Aircraft Price (USD) $3,400,000

Range

341 nm from New York

MD Helicopters MD 600N341 nm range

Operating Profile

Operationally, the MD 600N is typically used for short- to medium-duration sorties where agility, footprint, and quick turnarounds are valued. Like other light singles, it benefits from disciplined mission planning around power margin, especially in hot/high conditions or when carrying multiple passengers and equipment. Operator experience with NOTAR and access to trained maintenance can materially affect dispatch expectations and day-to-day procedures.

Key Triggers

High annual utilization where a light single’s operating footprint and maintenance scope align with frequent, shorter missions.
Mixed mission use (passenger + aerial work) where reconfiguration and mission equipment options are important.

Maintenance & Ownership

Maintenance considerations include standard turbine helicopter items (engine health monitoring practices, drivetrain inspections, corrosion control) plus the specific requirements of the NOTAR anti-torque system. Because NOTAR is less common than tail-rotor designs, buyers often focus on local technician familiarity, parts availability planning, and the quality of historical records. Aircraft condition and prior mission profile (training, utility work, patrol) can drive wear patterns.

Watch-outs

NOTAR-specific support: verify access to qualified maintenance and parts pathways for fan/duct and tailboom system components.
Records quality and component times: ensure logbooks clearly track life-limited parts, major component times, and compliance with required inspections.
Mission wear: aerial work, patrol, or training use can increase airframe/landing gear and drivetrain wear; inspect accordingly.

Strengths & Trade-offs

Strengths

NOTAR design reduces conventional tail-rotor exposure during ground operations and around obstacles.
Compact, maneuverable platform suited to confined-area operations and observation-type missions.
Flexible configurations across passenger transport and utility mission equipment.

Trade-offs

Less-common anti-torque architecture can increase dependence on specialized support and operator familiarity.
Light single category limits payload and performance margins versus larger twins or higher-power singles in demanding conditions.
Actual capability is highly configuration- and environment-dependent; useful load can be constrained with full fuel and mission kit.

Ideal Buyer Profile

Best Suited For

Operators prioritizing tail-rotor risk mitigation in obstacle-rich environments (utility bases, tight LZs, urban operations)
Organizations needing a light, adaptable platform for patrol/observation, light utility, or short-range passenger lift
Teams with established access to NOTAR-capable maintenance or willingness to build that capability

Less Aligned For

Buyers requiring maximum payload/power margin in hot-and-high or consistently heavy-lift scenarios
Operators needing the broadest possible interchangeability of support with the most common tail-rotor light singles

Wingform Inc.

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