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Piper Fury (M700) PA-46-701TP Aircraft Parts, Equipment, and Tooling List
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- Piper Fury (M700) - PA-46-701TP
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About Piper Fury (M700) - PA-46-701TP
The Piper Fury (M700) – PA-46-701TP is Piper Aircraft’s latest evolution in the M-Class series, offering unmatched performance, advanced avionics, and modernized luxury in a single-engine turboprop platform. Powered by the Pratt & Whitney PT6A-52 engine, the M700 Fury delivers a maximum cruise speed of up to 301 knots and a range of approximately 1,424 nautical miles. It features the Garmin G3000® avionics suite, envelope protection systems, and a refined pressurized cabin—making it ideal for owner-operators and corporate missions alike.
PJi® carries a full range of replacement parts for the Piper M700 Fury, including airframe components, PT6A-52 engine spares, Garmin avionics, environmental systems, and routine maintenance supplies. We also offer ground support equipment (GSE) tailored to turboprop aircraft, including pitot-static test sets, aircraft tires, hydraulic fluids, ground power units, and jacks.
If you need help finding the right parts for your Piper M700 Fury, our knowledgeable aviation specialists are ready to assist. Contact us today by phone, email, or chat!
Frequently Asked Questions
What makes the Piper M700 Fury unique from other turboprop aircraft?
The Piper M700 Fury stands out for blending pressurized comfort with exceptional performance in a single-engine turboprop platform. As the latest evolution in the PA-46 line, the M700 features a powerful engine upgrade and modernized avionics while retaining the proven airframe design of its predecessors. It’s capable of cruising at higher altitudes with faster climb rates and shorter takeoff distances than earlier M-Class models. The aircraft balances business-class comfort with the flexibility and simplicity of a single-engine design. For owner-operators, the M700 delivers jet-like capability without the complexity or cost of twin turboprops or light jets.
What are the key safety features of the Piper M700 Fury?
The M700 Fury is equipped with advanced Garmin G3000 avionics featuring emergency autoland, automatic descent mode, and envelope protection, all of which contribute significantly to pilot and passenger safety. The aircraft also includes redundant electrical systems, weather radar, and terrain awareness and warning systems (TAWS-B). Its robust airframe and pressurization system are built to Part 23 certification standards, ensuring strong safety margins throughout its operational envelope. Flight Into Known Icing (FIKI) capability and optional stability augmentation systems further enhance all-weather performance. These features make the M700 one of the most safety-forward aircraft in its class.
How does the performance of the Piper M700 Fury compare to other aircraft in its class?
The Piper M700 Fury offers impressive performance, cruising at approximately 301 knots (346 mph, or 557 km/h) and climbing at 2,048 feet per minute (624 meters per minute). Compared to other pressurized single-engine turboprops, it delivers faster cruise speeds, improved fuel efficiency, and reduced takeoff distance—just 1,994 feet (608 meters). With a service ceiling of 34,000 feet (10,363 meters), the aircraft can operate well above weather and traffic, offering smoother, more efficient flights. These performance figures rival entry-level light jets while maintaining lower operational costs and simplified systems. The M700 is designed for pilots who need speed, altitude, and efficiency in a refined, owner-friendly package.
What is the typical maintenance schedule for a Piper M700 Fury?
The Piper M700 Fury follows a turbine aircraft maintenance plan based on hourly and calendar intervals, with oil changes typically recommended every 100 hours and compliance with both 100-hour and annual inspections as applicable. Additional manufacturer-recommended inspections occur at intervals such as 300, 600, and 1,200 flight hours, depending on the system. As a certified aircraft, it must comply with all FAA airworthiness directives and service bulletins. The PT6A-52 engine is known for its reliability and long time between overhauls (TBO). Maintenance planning is supported by Piper’s service network and the aircraft’s modern digital systems, which simplify diagnostics and reduce downtime.
How many passengers can the Piper M700 Fury carry?
The M700 Fury is configured for up to six occupants, including the pilot, with a club-style rear cabin seating arrangement. The luxurious interior offers leather seating, individual climate vents, USB charging ports, and fold-out tables for passengers. Depending on mission needs, owners can remove or reconfigure rear seats for cargo flexibility. The cabin height and width make it one of the more comfortable options in its class. Ample legroom and sound insulation add to its executive-level appeal.
What engine powers the Piper M700 Fury?
The Piper M700 Fury is powered by a Pratt & Whitney PT6A-52 engine delivering 700 horsepower. This engine is a highly regarded member of the PT6 family, known for its durability, reliability, and strong high-altitude performance. The PT6A-52 offers improved thermal efficiency and fuel economy while supporting faster climbs and cruise speeds. It is paired with a five-blade Hartzell propeller for smooth, quiet operation and excellent short-field performance. This powerplant gives the M700 its signature speed and versatility across a wide range of missions.
What is the useful load of the Piper M700 Fury?
The useful load of the M700 Fury is approximately 2,320 lbs (1,053 kg), depending on configuration and installed equipment. This allows pilots to comfortably carry passengers, baggage, and full fuel while remaining within weight and balance limits. Operators can optimize payload by adjusting fuel loads for shorter missions. The aircraft’s performance envelope supports heavy loading without compromising safety or efficiency. This flexibility is ideal for both business and personal travel needs.
What are the different models of the Piper M700 Fury, and how do they differ?
The M700 Fury is the latest and most advanced model in Piper’s M-Class lineup, succeeding the M600/SLS. While the airframe shares its lineage with the M600, the M700 features increased power, upgraded Garmin G3000 avionics, and performance enhancements including shorter takeoff distance and better climb rates. Earlier PA-46 variants like the Meridian, Mirage, and Matrix use piston or earlier turboprop engines and lack the autoland system and other advanced safety tech. The M700 is Piper’s most capable single-engine aircraft to date, with a focus on speed, safety, and operational simplicity.
Can the Piper M700 Fury operate from short or unpaved runways?
Yes, the Piper M700 Fury is capable of operating from short, paved, and some unimproved runways, thanks to its powerful PT6A-52 engine and rugged trailing-link landing gear. Its takeoff distance is approximately 1,994 feet (608 meters), and landing distance is similarly short, making it suitable for remote or smaller airports. While not designed for true bush flying, the M700 handles well on properly maintained gravel or turf runways. Its ability to access smaller airports enhances mission flexibility for both business and leisure trips.
How comfortable is the Piper M700 Fury cabin compared to other aircraft in its class?
The M700’s cabin offers luxury-grade comfort with executive seating, wide entry doors, and a quiet, pressurized environment. Soundproofing and smooth engine operation contribute to low cabin noise during flight. Passengers benefit from large windows, ambient lighting, and climate control vents at each seat. The cabin is tall enough for most occupants to sit comfortably without feeling cramped. Overall, it delivers one of the best ride experiences available in the single-engine turboprop segment.
What kind of avionics are available in the Piper M700 Fury?
The Piper M700 Fury is equipped with the Garmin G3000 touchscreen avionics suite, one of the most advanced panels in general aviation. Features include synthetic vision, weather radar, ADS-B In/Out, automatic descent mode, envelope protection, and Garmin Autoland. The system is fully integrated and optimized for both VFR and IFR operations. It simplifies pilot workload while enhancing situational awareness and safety. These capabilities position the M700 at the forefront of single-pilot turboprop technology.
How does the Piper M700 Fury handle in various weather conditions?
The M700 performs exceptionally well in a wide range of weather conditions, thanks to its pressurization, weather radar, and full FIKI certification. It can cruise above most weather at up to 34,000 feet (10,363 meters), avoiding turbulence and precipitation. The aircraft’s deicing systems and autopilot reduce workload in IFR scenarios. Pilots appreciate its stable handling and responsive controls during low-visibility approaches or strong crosswinds. With careful planning, the M700 remains dependable and safe in most operational environments.
What is the typical range of the Piper M700 Fury?
The M700 Fury offers a maximum range of up to 1,852 nautical miles (3,430 km) under long-range cruise settings, with typical mission profiles averaging around 1,424 nautical miles (2,637 km) depending on payload and environmental conditions. This allows for nonstop flights between cities such as New York and Denver or Los Angeles and Chicago. Range varies with power settings, cruise altitude, and fuel load, but the aircraft remains competitive with many light jets. The M700 is optimized for both long-distance and regional missions. Its endurance and fuel efficiency make it ideal for owner-pilots flying cross-country.
What is the cruising speed of the Piper M700 Fury?
The Piper M700 Fury cruises at approximately 301 knots (346 mph, or 557 km/h) at its optimal flight level. This makes it one of the fastest single-engine turboprops in production. Its cruise speed allows operators to reduce time-in-transit while maintaining lower operating costs compared to jets. Pilots can select power settings that balance speed with fuel efficiency depending on mission requirements. The M700’s combination of speed and economy makes it a standout in its category.