Piper Aircraft Introduces 7-Blade MT-Propeller Option for M700 Fury

Piper Aircraft has announced the introduction of an advanced seven-blade MT-Propeller as a new factory option for its flagship M700 Fury single-engine turboprop, marking another step in the company’s ongoing programme of product refinement and performance enhancement. The announcement, made from Vero Beach, Florida, confirmed that the new propeller has received European Union Aviation Safety Agency (EASA) Supplemental Type Certificate (STC) approval for installation on the M700 Fury. Federal Aviation Administration (FAA) certification is expected in the near future, paving the way for wider availability in the United States and other international markets.

The M700 Fury, launched as Piper’s most powerful and fastest single-engine aircraft to date, occupies the top end of the company’s personal and business aviation range. Designed for owner-pilots, corporate operators and regional travel missions, the aircraft combines turboprop performance with advanced avionics, a modern cockpit environment and cabin comfort. Since entering the market, the type has represented Piper’s effort to compete strongly in the premium high-performance turboprop sector, where customers increasingly demand a blend of speed, reliability, efficiency and passenger appeal. The addition of the new MT-Propeller is intended to further strengthen the type’s market position.

According to Piper, the seven-blade propeller has been developed using advanced composite materials and aerodynamic design principles aimed at improving both efficiency and operational comfort. Composite propellers have become increasingly common across modern general aviation platforms due to their lighter weight, corrosion resistance, durability and reduced vibration characteristics when compared with traditional metal-blade designs. These attributes can contribute to lower maintenance requirements over time while also improving the overall flying experience for pilots and passengers alike.

The most immediate benefits are expected to come in three key performance areas: shorter take-off distances, improved climb capability and lower cabin noise levels. A reduction in take-off distance can be particularly valuable for aircraft operating from shorter runways, high-altitude airfields or warmer climates where density altitude can significantly affect aircraft performance. Enhanced climb rates may also provide greater operational flexibility, especially when departing obstacle-limited airports or when pilots need to reach higher cruising altitudes more quickly in order to improve efficiency or avoid weather conditions.

Cabin noise reduction is another notable feature, particularly in the owner-flown and executive transport segment, where passenger comfort is increasingly important. Lower vibration and reduced sound levels can make a meaningful difference on longer sectors, improving the travel experience for passengers using the aircraft for business or leisure purposes. Reduced external noise can also benefit communities located near airports by lowering the acoustic footprint during departure and arrival phases, an increasingly relevant issue as airports face growing environmental and community pressures.

Marc Ouellet, Piper’s Vice President of Engineering and Manufacturing, said the new option reflects the company’s continued focus on innovation and customer-led development. He noted that integrating the seven-blade MT-Propeller into the Fury platform demonstrates Piper’s commitment to continuous improvement, while offering operators enhanced take-off and climb performance together with lower noise levels for passengers and surrounding communities. The statement underlines Piper’s strategy of introducing practical upgrades that add measurable value rather than making purely cosmetic changes.

The propeller is produced by Germany-based MT-Propeller Entwicklung GmbH, a company with a long-standing reputation in the general aviation market. Founded in 1981 by Gerd Muehlbauer, the manufacturer is known for its natural composite propeller systems used across a wide range of applications, including single- and twin-engine aircraft, airships, wind tunnels and specialised aerospace projects. MT-Propeller traces its engineering heritage even further back, with Muehlbauer having worked in composite propeller design and development since the late 1960s.

The company’s headquarters and production facilities are located at Straubing-Wallmühle Airport in Germany, where its propellers are manufactured for customers worldwide. For Piper, collaboration with established suppliers such as MT-Propeller forms part of a broader strategy to keep its aircraft line-up competitive in an increasingly sophisticated market. Buyers in the high-performance single-engine turboprop category now expect not only speed and range, but also lower operating costs, improved comfort, advanced technology and strong residual values.

European customers interested in fitting the seven-blade MT-Propeller to their M700 Fury aircraft can now approach regional Piper dealers for further information regarding availability and installation schedules. Wider access is expected once FAA approval is finalised. With the M700 Fury already positioned as Piper’s premier turboprop offering, the addition of the seven-blade MT-Propeller provides another competitive feature for prospective buyers seeking higher performance, improved efficiency and greater refinement in a single-engine platform.