Product Menu MD Explorer 600N 520N 530F 500E

























  Multi-Purpose. Affordable. Dependable. High-Performance.

An international helicopter industry advisory board guided the design and development of the
MD Explorer®
with an objective to produce a multipurpose twin-engine helicopter that would set new standards in performance, affordability, dependability and safety.

The MD Explorer® was initially certified under FAA Part 27 in December 1994, and is currently certified by FAA and JAA for day/night VFR and single pilot IFR with full Category A design standards to JAR-OPS 3 performance Class I.

Powered by two Pratt and Whitney Canada PW207E engines, the MD Explorer® features a fully articulated main rotor system, bearingless composite flexbeams and rotor hub. Anti-torque control is provided by the patented NOTAR™ system that reduces pilot workload and external noise levels, and significantly improves safety in confined areas and on offshore platforms.

The six-place MD Explorer® cabin is the largest in the light twin class and is accessed through two 52 inch (1.32m) sliding cabin doors and a large baggage compartment. Energy absorbing, stroking cabin seats meet stringent FAR Part 27.562 requirements up to 30g at 30 feet per second. The large cabin makes the MD Explorer® ideally suited for rapid role change from an Offshore/Onshore six-place passenger transport to Emergency Medical Services or Law Enforcement missions. Large selections of optional equipment have been fully qualified to meet various operational requirements. A heavy-duty cargo hook permits 3,000-pound (1360-KG) external load operations.

MD Explorer® safety and maintainability are enhanced by built-in HIRF and lightning strike protection, built-in maintenance steps and platforms, and a composite airframe that is resistant to corrosion in a hostile marine environment.


  GALLERY
  SYSTEM DESCRIPTION
  PART 1

Specifications and Certifications
Rotor
Static Support Mast
Transmission
  Part 2

NOTAR ® anti-torque system
NOTAR ® system operation
NOTAR ® fan data
Fuselage
Nose section
Cockpit
Cabin compartment
Engine deck
Doors
  Part 3

Empennage
Landing gear
Flight control system
Mechanical rotor controls
Swashplate assembly
  Part 4

Dual hydraulic controls
Mechanical NOTAR ® controls
Trim system
3.7.6 Vertical stabilizer control system (VSCS)
3.8 Propulsion system
3.8.1 Engine installation
3.8.2 Engine type and performance
  Part 5

Fuel system
Electrical system
Power generation subsystem
Power distribution subsystem
IIDS

  PERFORMANCE SPECIFICATIONS
  Part 1

Gross weight worksheet
Weight statement summary
AEO HIGE, standard engine inlet
AEO HOGE, standard engine inlet
AEO HIGE, IPS installed
AEO HOGE, IPS installed
OEI HOGE, standard engine inlet
OEI HOGE, IPS installed

  PART 2

Speed for best range
Speed for best endurance
Fuel flow, AEO, SL ISA
Fuel flow, AEO, 4000 ft Hp ISA
Fuel flow, AEO, SL, ISA +20°C
Fuel flow, AEO, 4000 ft Hp, ISA +20°C
Performance
Payload - range
Longitudinal center of gravity range
Height velocity diagram
Miscellaneous
Vibrations
Temperature
Noise



 
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