M D 6 0 0 N THE HIGH PERFORMANCE LIGHT HELICOPTER 1.0 High performance. The MD 500E delivers the highest speed, payload and productivity in its class. Rear seat passengers have greater headroom and visibility than earlier Model 500s. Refinements pro- vide first class front and rear seating with ample legroom.
M D 6 0 0 N WITH C20B ENGINE PERFORMANCE SPECIFICATIONS Characteristics Metric Imperial at Design Gross Weight 1361 kg 3,000 lb Maximum Cruise Speed: Sea level 249 km/hr 135 kt (155 mph) 1524 m (5,000 ft) 246 km/hr 133 kt (153 mph) Maximum Permitted Speed: V NE at sea level 282 km/hr...
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M D 6 0 0 N WITH C20R ENGINE PERFORMANCE SPECIFICATIONS Characteristics Metric Imperial at Design Gross Weight 1361 kg 3,000 lb Maximum Cruise Speed: Sea level 249 km/hr 135 kt (155 mph) 1524 m (5,000 ft) 251 km/hr 136 kt (156 mph) Maximum Permitted Speed: V NE at sea level 282 km/hr...
M D 6 0 0 N WITH C20B ENGINE 3.3 Takeoff Gross Weight Worksheet. C20B Mission #1 Mission #2 Empty Weight 1,481 lb (672 kg) Pilot 170 lb (77 kg) Fuel 403 lb (183 kg) Payload 946 lb (428 kg) Takeoff GW 3,000 lb (1361 kg)
WITH C20B ENGINE 3.7 Fuel Flow, Sea Level, ISA (15°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. – 14 –...
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M D 6 0 0 N WITH C20B ENGINE 3.8 Fuel Flow, Sea Level, ISA +20°C (35°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20B ENGINE 3.9 Fuel Flow, 4,000 feet, ISA (7°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20B ENGINE 3.10 Fuel Flow, 4,000 feet, ISA +20°C (27°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
M D 6 0 0 N WITH C20R ENGINE 3.13 Takeoff Gross Weight Worksheet. C20R Mission #1 Mission #2 Empty Weight 1,517 lb (688 kg) Pilot 170 lb (77 kg) Fuel 403 lb (183 kg) Payload 910 lb (413 kg) Takeoff GW 3,000 lb (1361 kg)
M D 6 0 0 N WITH C20R ENGINE 3.17 Fuel Flow, Sea Level, ISA (15°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 3.18 Fuel Flow, Sea Level, ISA +20°C (35°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 3.19 Fuel Flow, 4,000 feet, ISA (7°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 3.20 Fuel Flow, 4,000 feet, ISA +20°C (27°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
M D 6 0 0 N 2001 ESTIMATED DIRECT OPERATING COST 4.0 Direct Operating Cost. Estimated Direct Operating Cost Per Hour (Based upon year 2001 US $) C20 B C20 RS Engine Engine Fuel and Lubricants 1 : Fuel @ $2.06* per gallon @ approx. 25/27 gallons per hour ..$ 51.50 55.62 Lubricants @ 3% of fuel ..............1.55 1.67...
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M D 6 0 0 N TOTAL COST OF OPERATION WORKSHEET Direct Operating Cost per Hour Fuel and Lubricants Fuel @ $_______ per gallon @ approx._____ gallons per hour ....$ ________ Lubricants @ _____ % of fuel ..............$ ________ ....................$ ________ (A) Total Fuel Cost Airframe Maintenance and Spares Scheduled maintenance labor rate @ $_____ per hour...
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M D 6 0 0 N COMPONENT MAINTENANCE SCHEDULE LIMITED-LIFE PARTS OVERHAUL SYSTEMS Component Finite Time (hr) Component Finite Time (hr) Transmission/MR 5,000 Main Rotor Blade 3,530 M/R Swashplate 2,770 Blade Pin 7,600 M/R Hub 2,770 Main Rotor Hub 8,900 Overrunning, Clutch 1,800 Pitch Housing/MR...
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M D 6 0 0 N CONTENTS Paragraph Page HIGH PERFORMANCE................33 EQUIPMENT ....................34 PERFORMANCE SPECIFICATIONS.............35 HIGE .....................36 HOGE ....................37 Gross Weight Worksheet ...............38 Payload & Range ...................39 Speed for Best Range ................40 Speed for Best Endurance..............41 Fuel Consumption ................42-45 DIRECT OPERATING COST .............46-48 –...
M D 6 0 0 N HOT DAY/HIGH ALTITUDE HELICOPTER 1.0 Hot Day/High Altitude Helicopter. The MD 530F is engineered to meet your requirements for hot-day, high-altitude opera- tion. Equipped with the 650 shp Allison 250-C30 engine, the MD 530F operates more effectively in hot, high environments than other helicopters in its class.
M D 6 0 0 N STANDARD EQUIPMENT 2.0 Equipment. Airframe Rotor and Controls Tinted canopy panels Flight controls, single, left hand command Tinted door/window panel-left front Flight and Engine Instruments Tinted door/window panel-left rear Dual tachometer, N R and N 2 Tinted door/window panel-right front Engine oil pressure indicator Tinted door/window panel-right rear...
M D 6 0 0 N HOT DAY/HIGH ALTITUDE HELICOPTER 3.0 Performance Specifications. Characteristics Metric Imperial at Design Gross Weight 1406 kg 3,100 lb Maximum Cruise Speed: Sea level 248 km/hr 134 kt (154 mph) 1524 m (5,000 ft) 249 km/hr 135 kt (155 mph) Maximum Permitted Speed: V NE at sea level...
M D 6 0 0 N WITH C30 ENGINE 3.3 Takeoff Gross Weight Worksheet. Example Mission #1 Mission #2 Empty Weight 1,591 lb (722 kg) Pilot 170 lb (77 kg) Fuel 403 lb (183 kg) Payload 936 lb (424 kg) Takeoff GW 3,100 lb (1406 kg)
M D 6 0 0 N WITH C30 ENGINE 3.7 Fuel Flow, Sea Level, ISA (15°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C30 ENGINE 3.8 Fuel Flow, Sea Level, ISA +20°C (35°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C30 ENGINE 3.9 Fuel Flow, 4,000 feet, ISA (7°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C30 ENGINE 3.10 Fuel Flow, 4,000 feet, ISA +20°C (27°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
M D 6 0 0 N 2001 ESTIMATED DIRECT OPERATING COST 4.0 Direct Operating Cost. Estimated Direct Operating Cost Per Hour (Based upon year 2001 US $) C30 Engine Fuel and Lubricants 1 : Fuel @ $2.06* per gallon @ approx. 32 gallons per hour ....$ 65.92 Lubricants @ 3% of fuel ..............1.98 Total Fuel Cost ........................$ 67.90 Airframe Maintenance and Spares 2 :...
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M D 6 0 0 N TOTAL COST OF OPERATION WORKSHEET Direct Operating Cost per Hour Fuel and Lubricants Fuel @ $_______ per gallon @ approx._____ gallons per hour ....$ ________ Lubricants @ _____ % of fuel ..............$ ________ ....................$ ________ (A) Total Fuel Cost Airframe Maintenance and Spares Scheduled maintenance labor rate @ $_____ per hour...
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COMPONENT MAINTENANCE SCHEDULE LIMITED-LIFE PARTS OVERHAUL SYSTEMS Component Finite Time (hr) Component Finite Time (hr) Main Rotor Transmission 5,000 Main Rotor Blade 3,430 Main Rotor Swashplate 2,770 Blade Pin 7,600 Main Rotor Hub 2,770 Main Rotor Hub 8,900 Overrunning Clutch 1,800 Pitch Housing/MR 9,100...
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M D 6 0 0 N CONTENTS Paragraph Page LAW ENFORCEMENT CONFIGURATION ..........50 SYSTEM DESCRIPTION ..............51-61 EQUIPMENT ....................62 PERFORMANCE SPECIFICATIONS.............63 HIGE......................64 HOGE ....................65 Gross Weight Worksheet ...............66 Payload & Range ...................67 Speed for Best Range ................68 Speed for Best Endurance..............69 Fuel Consumption ................70-73 DIRECT OPERATING COST .............74-76 –...
M D 6 0 0 N SYSTEM DESCRIPTION 1.0 MD 520N Airborne Law Enforcement Configuration Fast: Vne of l75 miles per hour (250 kph) 154 Miles per hour cruise speed (244 kph) Agile: Zero -0.5 g maneuvers NOTAR system precision attitude/directional control Powerful: Useful load at maximum gross weight: 1,764 pounds (800 kg) internal...
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M D 6 0 0 N SYSTEM DESCRIPTION 2.0 MD 520N Design Description The MDHI MD 520N is a fast, agile, lightweight, turbine powered, all-purpose helicopter. Advanced technology has been used in the design and construction of the aircraft, resulting in excellent speed capabilities, high payload-to-empty-weight ratio, passen- ger/crew safety and handling and performance capabilities.
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M D 6 0 0 N SYSTEM DESCRIPTION 1.9 m 1.4 m 2.0 m (6.3 ft) (4.6 ft) (6.6 ft) 8.3 m (27.4 ft) Dia. 9.8 m (32.1 ft) 7.8 m (25.5 ft) 2.9 m (9.7 ft) 2.8 m 2.8 m (9.3 ft) (9.2 ft) 2.4 m...
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M D 6 0 0 N SYSTEM DESCRIPTION Five-Blade Fully Articulated Main Rotor Crashworthy A-Frame Truss with Integral Crew Seats Static Mast Rotor Support Outstanding Outward Visibility ® NOTAR Anti-Torque System 425 shp Drive System Simple Mechanical Controls Rolls-Royce 250-C20R 450 shp Turbine Engine Flat Cargo Floor Five-Place Seating Capacity MD 520N Inboard Profile and Features...
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M D 6 0 0 N SYSTEM DESCRIPTION MD 520N On Patrol Four doors are installed on the MD 520N - two on each side. The two forward doors permit access to the forward compartment for pilot and copilot/passengers. The two aft doors allow entry to the passenger/cargo compartment.
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M D 6 0 0 N SYSTEM DESCRIPTION Torque is transmitted independently to the rotor through an internal main rotor drive shaft. Lifting loads reacted by the static mast are prevented from being imposed through the drive shaft onto the main transmission, thus eliminating thrust loading of transmission parts.
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M D 6 0 0 N SYSTEM DESCRIPTION Interchangeability Parts and assemblies listed below are interchangeable. Main rotor blade (tracking of new blades may be required) Main rotor hub assembly Lead-lag damper Main rotor drive shaft Main rotor mast Main transmission Overrunning clutch Main drive shaft Engine assembly...
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M D 6 0 0 N SYSTEM DESCRIPTION NOTAR ® ANTI-TORQUE SYSTEM Greater Safety U.S. FAA, NTSB and U.S. Army Studies have shown that 22% of all crashes are due to tailrotor strikes and loss of tail rotor effectiveness. NOTAR® systems eliminate these problems.
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M D 6 0 0 N SYSTEM DESCRIPTION DESCRIPTION OF THE NOTAR® SYSTEM The NOTAR system is an anti-torque system made up of an enclosed fan driven by the main rotor transmission, a circulation control tailboom, a direct jet thruster and a hori- zontal stabilizer with two vertical stabilators.
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M D 6 0 0 N SYSTEM DESCRIPTION In hover flight, the circulation control tail boom provides the majority of the required main rotor anti-torque. This is accomplished by two slots along the tailboom that energize the downwash flow from the main rotor. The result is lift in a horizontal direction that replaces the push of a conventional tail rotor.
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M D 6 0 0 N SYSTEM DESCRIPTION LOW EXTERNAL NOISE The elimination of the high-tip-speed tail rotor assembly makes the MD 520N the qui- etest turbine helicopter in the world. Recent comparative FAA tests conducted by MDHI indicate the MD 520N is a minimum of 50 percent quieter than comparable helicopters. This lower noise signature makes the MD 520N a “good neighbor’...
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M D 6 0 0 N SYSTEM DESCRIPTION INHERENT SAFETY The NOTAR anti-torque system eliminates accidents 6% All Accidents 14% Accidents Saved and mishaps caused by the exposed tail rotor strik- Avoidable With NOTAR System ing objects in flight, and significantly reduces ground incidents with people or equipment.
M D 6 0 0 N STANDARD EQUIPMENT 3.0 Equipment. Airframe Rotor and Controls Tinted canopy panels Flight controls, single, left hand command Tinted door/window panel-left front Flight and Engine Instruments Tinted door/window panel-left rear Dual tachometer, N R and N 2 Tinted door/window panel-right front Engine oil pressure indicator Tinted door/window panel-right rear...
M D 6 0 0 N WITH C20R ENGINE 4.3 Takeoff Gross Weight Worksheet. Example Mission #1 Mission #2 Empty Weight 1,585 lb (719 kg) Pilot 170 lb (77 kg) Fuel 403 lb (183 kg) Payload 1192 lb (540 kg) Takeoff GW 3,350 lb (1519 kg)
M D 6 0 0 N WITH C20R ENGINE 4.7 Fuel Flow, Sea Level, ISA (15°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 4.8 Fuel Flow, Sea Level, ISA +20°C (35°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 4.9 Fuel Flow, 4,000 feet, ISA (7°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
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M D 6 0 0 N WITH C20R ENGINE 4.10 Fuel Flow, 4,000 feet, ISA +20°C (27°C). Note: Use for Estimates Only. Not FAA Approved. Based on clean aircraft, level flight performance, minimum specification engine, particle separator and 10 ampere electrical load. –...
M D 6 0 0 N 2001 ESTIMATED DIRECT OPERATING COST 5.0 Direct Operating Cost. Estimated Direct Operating Cost Per Hour (Based upon year 2001 US $) C20RS Engine Fuel and Lubricants 1 : Fuel @ $2.06* per gallon @ approx. 27 gallons per hour ....$ 55.62 Lubricants @ 3% of fuel ..............1.67 Total Fuel Cost ........................$ 57.29 Airframe Maintenance and Spares 2 :...
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M D 6 0 0 N TOTAL COST OF OPERATION WORKSHEET Direct Operating Cost per Hour Fuel and Lubricants Fuel @ $_______ per gallon @ approx._____ gallons per hour ....$ ________ Lubricants @ _____ % of fuel ..............$ ________ ....................$ ________ (A) Total Fuel Cost Airframe Maintenance and Spares Scheduled maintenance labor rate @ $_____ per hour...
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M D 6 0 0 N COMPONENT MAINTENANCE SCHEDULE LIMITED-LIFE PARTS OVERHAUL SYSTEMS Component Finite Time (hr) Component Finite Time (hr) Transmission/MR 5,000 Main Rotor Blade 3,430 M/R Swashplate 2,770 Blade Pin 7,600 M/R Hub 2,770 Main Rotor Hub 8,900 Overrunning Clutch 1,800 Pitch Housing/MR...
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M D 6 0 0 N MDHI PRODUCT SUPPORT PLAN With the launch of the new helicopter company, MD Helicopters, Inc. announces its new Product Support Plan. Named The MDHI Support Plan 2000 , it signifies MDHI’s commit- ment to satisfy the operators of its products now and well into the next century.
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MDHI PRODUCT SUPPORT PLAN IInitial Fielding All new aircraft customers will be greeted at their facility by a Customer Support Technical Representative who is trained specifically on the operation and maintenance of MDHI heli- copters. These Technical Representatives are backed up by a factory team of MDHI Product Support Engineers who can be called upon at any time to support specific tech- nical issues or questions that may arise.
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M D 6 0 0 N TRAINING 7.0 Training The MDHI Commercial Training Center offers cost-effective factory designed training courses for MD 500 series pilots and maintenance crews. This training, given by senior instructors with extensive experience in our products, provides our customers/students with the detailed knowledge of our products that will increase safety, reduce insur-...
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M D 6 0 0 N TRAINING Maintenance Training The Airframe Maintenance Course is designed to familiarize a licensed A & P mechanic with the maintenance and inspection of all major systems on the aircraft. This 2-week course will require the student to learn and demonstrate the skill and knowledge required to safely perform selected maintenance tasks on the MD 500 series.
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M D 6 0 0 N OPTIONAL EQUIPMENT Airspeed/Time ASTROTECH LC-6 CLOCK DAVTRON N877 CLOCK HEATED PITOT Altitude KRA10-00 RADAR ALT W/KI250 IND KRA405B-15 RADAR ALT W/KNI416 IND 10.5 UNITED 5035 ENCODING ALTIMETER UNITED 5120 BLIND ENCODER UNITED 7130-C41 IVSI Altitude/Heading AIM ATITUDE GYRO 510-1B AIM DIRECTIONAL GYRO 205-1BL...
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M D 6 0 0 N OPTIONAL EQUIPMENT Comm/Intercom FLIGHT TRAILS AVIONICS MASTER SWITCH FLIGHT TRAILS COPILOT ICS FOOT SWITCH FLIGHT TRAILS CYCLIC REMOTE FREQ SWITCH ONLY FLIGHT TRAILS REAR SEAT TRANSMIT HEADSET BOSE SERIES II HEADSET BOSE SERIES X HEADSET DAVID CLARK H10-56 HEADSET WIRE HARNESS (W/O ICS) W/ADAPTS KFM985 FM TRANSCEIVER...
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M D 6 0 0 N OPTIONAL EQUIPMENT Comm/Nav Emergency LOC TRANS, ARTEX-100HM Emergency LOC transmitter pointer 3000 FOXTRONICS 3050 wide band antennna KDF806-00 ADF w/KFS586 freq selector KI202-00 VOR/LOC indicator KI203-00 VOR/LOC indicator KI204-02 VOR/LOC/GS indicator KI206-04 VOR/LOC/GS indicator KI208-00 VOR/LOC indicator KI209-01 VOR/LOC/GS indicator KN53-00 NAV receiver w/GLS...
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M D 6 0 0 N OPTIONAL EQUIPMENT Engine ENGINE COMPRESSOR ANTI-ICE ENGINE OIL EXHAUST BREATHER FACET OIL FILTER - MD530FF HOBBS COLLECTIVE RUNNING TIME METER MIST ELIMINATOR PARTICLE SEPARATOR 13.0 SYSTRON DONNER FIRE DETECTION SYSTEM Environmental AERO-AIRE BOOST FAN AIR CONDITIONING, INTEGRATED FLIGHT SYSTEMS 88.8 40.3...
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M D 6 0 0 N OPTIONAL EQUIPMENT Fuel System AIRFRAME FUEL FILTER FARGO 21 GAL (79L) AUX FUEL TANK 44.5 20.2 POVISIONS FARGO 21 GAL (79L) AUX FUEL TANK ROBERTSON 38.5 GAL (146L) AUX FUEL TANK 56.0 25.4 PROVISIONS ROBERTSON 38.5 GAL (146L) AUX FUEL TANK SELF SEALING FUEL CELLS 21.2 SHADIN DIGIDATA FUEL AIR DATA SYSTEM...
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OPTIONAL EQUIPMENT Paint HIGH VISIBILITY MAIN ROTOR BLADE PAINT PAINT 0 COLOR PRIMER ONLY 500 SERIES -20.0 -9.1 PAINT 2 COLOR AMBASSADOR PAINT 2 COLOR CUSTOM 2 PAINT 2 COLOR DIPLOMAT PAINT 2 COLOR ENVOY PAINT 2 COLOR STATESMAN PAINT 2 COLOR VICEROY PAINT 3 COLOR AMBASSADOR PAINT 3 COLOR CUSTOM 3 PAINT 3 COLOR DIPLOMAT...
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