This article is based on an official press release from Piper Aircraft.

At the Sun ‘n Fun Aerospace Expo in Lakeland, Florida, on April 14, 2026, Piper Aircraft announced a significant upgrade for its flagship single-engine turboprop. The manufacturer will now offer a 7-blade composite MT-Propeller as a factory option for the M700 FURY. According to the company’s press release, the new propeller system has already secured Supplemental Type Certificate (STC) approval from the European Union Aviation Safety Agency (EASA), with Federal Aviation Administration (FAA) certification expected in the near future.

The introduction of the 7-blade propeller promises operators a suite of performance enhancements, including shorter takeoff distances and improved climb rates. Furthermore, the aerodynamic efficiency of the high-blade-count design delivers a noticeable reduction in both cabin and community noise. To mark the occasion at Sun ‘n Fun, Piper displayed the new MT-Propeller on an M700 FURY adorned in a special red, white, and blue livery, celebrating America’s upcoming semiquincentennial (250th) anniversary.

This development highlights a growing industry trend toward advanced composite propellers designed to maximize turboprop efficiency while complying with increasingly stringent international noise regulations. The factory option is available immediately for new aircraft orders, while existing European customers are encouraged to contact regional dealers for the STC upgrade.

Performance Enhancements and Certification Milestones

Engineering the “Silent 7”

The 7-blade propeller, often marketed under MT-Propeller’s “Silent 7” series, is constructed using a highly developed structural resin-infused wood core wrapped in carbon-fiberglass composite skins. According to the manufacturer’s specifications, the blades feature bonded nickel alloy leading edges to provide superior protection against erosion and Foreign Object Damage (FOD).

By distributing the engine’s thrust across seven blades, the propeller achieves a smaller overall diameter. This reduction in diameter lowers blade-tip speeds, which is the primary source of propeller noise. A Piper spokesperson noted during the announcement that the new design reduces internal cabin noise by approximately 3 decibels, significantly enhancing passenger comfort while simultaneously decreasing the aircraft’s external noise footprint.

“This option provides operators with improved takeoff and climb performance while reducing noise levels for both passengers and communities,” stated Marc Ouellet, Vice President of Engineering and Manufacturing at Piper Aircraft.

EASA Approval and FAA Outlook

Securing EASA STC approval prior to FAA certification is a notable milestone for the M700 FURY program. While FAA certification is pending and expected shortly, the immediate European approval allows Piper to cater to a market where noise compliance is paramount. The composite blades boast no life limitation and are fully repairable. Furthermore, industry data indicates that in July 2025, MT-Propeller increased the Time Between Overhaul (TBO) for its 7-blade turboprop series to 3,600 hours or six years, citing excellent wear resistance during field inspections.

The M700 FURY and MT-Propeller Legacy

Piper’s Flagship Turboprop

To understand the impact of this upgrade, it is essential to look at the aircraft receiving it. Announced in February 2024 as the successor to the M600/SLS, the M700 FURY is the fastest single-engine aircraft in Piper’s 87-year history. Powered by a Pratt & Whitney Canada PT6A-52 engine producing 700 shaft horsepower (shp), the aircraft boasts a maximum cruise speed of 301 knots true airspeed (ktas) and a maximum range of 1,852 nautical miles at normal cruise speeds.

The M700 FURY features a 6,000-pound Maximum Gross Takeoff Weight (MGTOW), which keeps it BasicMed compliant in the United States. Since receiving its initial FAA certification in February 2024 and EASA type certification in October 2024, Piper has handed over more than 100 units to customers, underscoring the platform’s strong market reception.

MT-Propeller’s Proven Track Record

Headquartered in Straubing, Germany, MT-Propeller Entwicklung GmbH has been a leader in natural composite propellers since its founding in 1981. Prior to its integration on the Piper M700 FURY, MT-Propeller successfully certified its 7-blade technology on several other high-performance turboprops. These include the Pilatus PC-12, the Beechcraft King Air 300/350 series, and the Short Skyvan, proving the design’s reliability and performance benefits across diverse airframes.

AirPro News analysis

We view Piper’s decision to prioritize EASA certification for the 7-blade MT-Propeller as a highly strategic maneuver. European countries enforce some of the strictest aviation noise regulations globally, such as Germany’s Landeplatz Lärmschutz Verordnung. Aircraft that exceed specific noise thresholds often face restricted operating hours, higher landing fees, or outright bans at certain airfields. By integrating a propeller system that significantly lowers the noise profile, Piper ensures the M700 FURY can operate unhindered across European airspace.

Furthermore, as turboprop engines like the 700-shp PT6A-52 become more powerful, manufacturers must find ways to absorb that power efficiently. Adding more blades is an elegant engineering solution that avoids increasing the propeller’s diameter. Beyond the tangible performance and compliance benefits, we note that multi-blade propellers offer a distinct, aggressive “ramp appeal” and a smoother, jet-like sound. These aesthetic and sensory enhancements are highly attractive selling points for owner-operators in the competitive luxury turboprop market.

Frequently Asked Questions

What are the main benefits of the 7-blade MT-Propeller on the M700 FURY?

According to Piper Aircraft, the 7-blade propeller decreases takeoff roll, increases the rate of climb, and reduces cabin noise by approximately 3 decibels compared to the stock 5-blade propeller.

Is the 7-blade propeller available for existing M700 FURY owners?

Yes. While it is available as a factory option for new aircraft, existing European customers interested in the STC upgrade can contact their regional Piper dealers to have the new propeller retrofitted.

When will the 7-blade propeller be certified in the United States?

The propeller has already received EASA STC approval in Europe. Piper Aircraft states that FAA certification is pending and is expected “in the near future.”

Sources: Piper Aircraft

This article is based on an official press release from APOC Aviation.

APOC Aviation, a Netherlands-based trading and leasing specialist for aircraft parts, engines, and landing gear, has announced the acquisition of an Airbus A320-200 airframe for teardown. According to a company press release, the 15-year-old aircraft, identified as MSN 4533, was purchased from FTAI and will be dismantled to support the company’s growing inventory of aviation components.

The teardown process is scheduled to take place in May at the Tarmac Aerosave Toulouse-Francazal facility in France. The aircraft was most recently operated by Jetstar Pacific Airlines before being acquired by APOC Aviation. We note that this acquisition is part of a broader strategy by the company to expand its pool of both mature and newer assets to service a wide range of airline customers.

By securing this airframe, APOC Aviation aims to bolster its supply of Used Serviceable Material (USM), a critical resource for carriers seeking cost-effective maintenance solutions for legacy and current-generation equipment.

Expanding the Used Serviceable Material Inventory

Details of the Teardown Operation

The acquisition of MSN 4533 represents a calculated addition to APOC Aviation’s asset portfolio. The 15-year-old A320-200 will undergo complete disassembly in France. The resulting components will be repaired, re-certified, and integrated into the company’s global supply-chain.

In the official press release, Craig Skilton, VP Components at APOC, emphasized the strategic value of the acquisition.

“These in-demand components will boost our growing asset pool, supporting airline customers worldwide,” Skilton stated in the release.

Meeting Narrowbody Demand

APOC Aviation’s primary customer base for components is heavily aligned with the narrowbody sector. Skilton affirmed in the company statement that market demand for USM remains buoyant. Beyond narrowbody parts, the company also provides widebody and narrowbody landing gear, alongside CFM56-3/5A/5B/7B and V2500-A5 engines for exchange, lease, and parts services.

Strategic Growth and New Exchange Services

Launch of the APOC Exchange Service

The influx of parts from the A320-200 teardown will directly support a new commercial initiative for the company. According to the press release, APOC Aviation is launching a new exchange service this month. This service will feature comprehensive stock derived from a recent Airbus A319 teardown conducted in the United Kingdom, which will soon be supplemented by the newly acquired A320-200 components.

Financial Backing and Disassembly Programme

The transaction with FTAI was coordinated by Karolis Jurkevičius, VP Landing Gear & Major Assets at APOC Aviation. The company indicates that this deal is part of a larger effort to accelerate its disassembly operations.

“We’re actively investing in and super-charging our disassembly programme. This is underpinned by solid financial support which is enabling us to make a step-change in our market offering,” Jurkevičius noted in the press release.

AirPro News analysis

We observe that APOC Aviation’s continued investment in narrowbody teardowns highlights the sustained industry reliance on Used Serviceable Material (USM). As global supply chain constraints continue to impact the production of new aircraft and spare parts, operators are increasingly turning to the USM market to maintain their existing fleets cost-effectively. The specific targeting of a 15-year-old A320-200 aligns perfectly with the typical lifecycle stage where airframes become highly valuable for their component yield, particularly for high-demand platforms like the A320 family. By launching a dedicated exchange service, APOC is positioning itself to offer more flexible, immediate solutions to airlines facing urgent maintenance requirements.

Frequently Asked Questions

What aircraft did APOC Aviation recently acquire for teardown?

According to the company’s press release, APOC Aviation acquired a 15-year-old Airbus A320-200, identified as MSN 4533, which was previously operated by Jetstar Pacific Airlines.

Where will the aircraft be dismantled?

The teardown will take place at the Tarmac Aerosave Toulouse-Francazal facility in France in May.

What is the purpose of the teardown?

The dismantled components will be repaired, re-certified, and used to stock APOC Aviation’s new exchange service and expand its inventory of Used Serviceable Material (USM) for airline customers worldwide.

Sources

• APOC Aviation

This article is based on an official press release from Odysight ai.

Odysight ai Inc., a provider of artificial intelligence-driven visual sensing and predictive maintenance solutions, has signed a Commercial Collaboration Agreement with France-based GACI Technologies. The Partnerships is designed to introduce Odysight ai’s condition-based monitoring systems into the French aerospace, defense, and government aviation sectors.

According to the company’s press release, the agreement establishes a localized channel for Odysight ai to enter one of Europe’s most advanced defense markets. By teaming up with an established regional contractor, the company aims to address the growing demand for predictive maintenance technologies that enhance operational readiness and reduce lifecycle costs for critical aviation assets.

The collaboration highlights a broader industry shift toward utilizing real-time data and machine learning to optimize fleet management and minimize unexpected equipment failures in demanding operational environments.

Partnership Details and Technology Integration

Under the terms of the agreement, GACI Technologies will serve as the prime contractor for the French market. The company, founded in 1992 and headquartered in Villebon-sur-Yvette near Paris, will lead local market development, customer engagement, and program delivery, according to the official announcement.

Odysight.ai will supply its core technology, which includes ruggedized visual sensing hardware, embedded software, and AI-powered analytics. These systems will be integrated with GACI’s embedded mission computer platforms. The combined offering is intended to provide continuous, real-time monitoring of critical components on aerospace platforms operating in harsh environments.

“This collaboration with GACI marks a meaningful step in expanding our presence in the French market,” said Yehu Ofer, Chief Executive Officer of Odysight ai, in the press release.

Strategic Context and European Expansion

The collaboration with GACI Technologies represents a significant milestone in Odysight ai’s broader European expansion strategy. The company recently established a new European Union subsidiary to accelerate commercialization and scale its global operations across the continent.

This move into the French market follows other recent strategic developments for Odysight ai. As noted in the release, the company recently partnered with XP Services for the first U.S. flight testing of its AI predictive maintenance system on a UH-60 Helicopters, reflecting a continued push to deploy its technology across new geographies and aviation platforms.

AirPro News analysis

The aerospace and defense sectors are increasingly prioritizing predictive maintenance (PdM) and condition-based maintenance (CBM+) to mitigate supply chain constraints and reduce aircraft downtime. By partnering with a domestic prime contractor like GACI Technologies, Odysight ai navigates the complex procurement landscape of the French defense sector, which traditionally favors localized support and established domestic relationships. We assess that this strategy not not only lowers the barrier to entry for foreign technology providers but also aligns closely with European defense modernization initiatives aimed at improving fleet readiness and operational efficiency.

Frequently Asked Questions

What is predictive maintenance in aerospace?

Predictive maintenance utilizes artificial intelligence and sensor data to monitor the condition of aircraft components in real-time. This allows operators to identify potential failures before they occur, optimizing repair schedules and reducing unexpected downtime.

Who is GACI Technologies?

Founded in 1992 and based near Paris, France, GACI Technologies specializes in the design and manufacturing of rugged embedded computers and mission systems for the defense, aerospace, transportation, and medical sectors.

Sources

• Odysight ai