This is original reporting and analysis by AirPro News.

On July 23, 2026, French aerospace Startups Positive Aviation received the first 17-meter composite scooping float for its FF72-X1 amphibious firefighting demonstrator. The Delivery marks a critical industrial milestone in the company’s effort to convert the Avions de Transport Régional (ATR) 72-600 regional turboprop into a high-capacity water scooper capable of replacing the out-of-production Canadair CL-415.

In an official statement, Positive Aviation confirmed the transfer of the 1.2-metric-ton float from the Manufacturing facility of naval composite specialist Multiplast in Vannes, France, to the Airbus Technocentre in Nantes. The component will undergo initial assembly in Nantes before final integration onto the ATR 72 airframe at Toulouse-Blagnac Airport (TLS). The project aims to address a growing global shortage of purpose-built aerial firefighting assets.

Engineering the FF72 scooping system

The FF72 program centers on modifying an existing ATR 72-600 airframe rather than designing a clean-sheet aircraft. Positive Aviation Chief Executive Officer Laurent Schmitt noted that building a new Canadair equivalent from scratch presents a colossal challenge, driving the strategy to adapt the proven ATR 72 platform for amphibious operations.

The newly delivered floats are designed to withstand immense hydrodynamic forces. During operation, the FF72 will scoop water at speeds of 180 km/h, filling its 8-metric-ton (2,100-gallon) tanks in just 12 seconds. To achieve this, Positive Aviation partnered with Multiplast, a firm known for constructing high-performance racing yachts. Schmitt highlighted that the collaboration merges aeronautical precision with naval expertise in composite materials, ensuring the floats can endure the stresses of high-speed aquatic environments. The successful delivery of the first float was managed jointly by Elyssa Bejaoui of Positive Aviation and Maeg Lehoux of Multiplast.

Commercial backing and development timeline

The FF72 development is supported by an €8 million fundraising round completed on June 30, 2025, which financed the creation of the FF72-X1 demonstrator. The program has also secured early commercial interest from North-America operators. On March 25, 2025, Bridger Aerospace Group Holdings, Inc. signed a Memorandum of Understanding to become the launch customer, committing to 10 aircraft with options for 10 more. Bridger Aerospace Chief Executive Officer Sam Davis stated that the FF72 will be a valuable addition to their fleet amid increasing global demand for year-round aerial firefighting resources.

With the first float now in the assembly phase, Positive Aviation is targeting early 2027 for the commencement of the flight and water test campaign. The company plans to present the FF72-X1 demonstrator at the Paris Air Show in June 2027. Regulatory certification is targeted for 2028, with entry into service and initial deliveries to Bridger Aerospace projected for the 2029 wildfire season.

AirPro News analysis

We view the FF72 program as a highly pragmatic approach to a severe capability gap in the aerial firefighting sector. The cessation of Canadair CL-415 production left operators with aging fleets and few direct replacements. By leveraging the established ATR 72-600 supply chain and airframe, Positive Aviation bypasses the most capital-intensive phases of clean-sheet Commercial-Aircraft development.

The structural integration of 17-meter floats onto a commercial turboprop introduces significant aerodynamic and hydrodynamic complexities. The upcoming 2027 water testing phase will be the definitive proving ground for the structural integrity of the Multiplast composites and the modified airframe’s handling characteristics during the critical 12-second scooping maneuver. If successful, the FF72 could rapidly capture a substantial share of the global aerial firefighting market.

Sources: Positive Aviation

India-based electric Vertical Takeoff and Landing (eVTOL) developer The ePlane Company has secured five strategic manufacturing and technology Partnerships to support the industrialization and Certification of its e200X aircraft.

Announced in a press release during the Farnborough International Airshow (FIA 2026), the agreements cover critical systems ranging from Avionics and composite structures to medical interiors. The supply chain expansion follows the recent unveiling of the company’s full-scale PT-01 prototype at its 60,000-square-foot facility in Chennai, positioning the Manufacturers for targeted certified test flights by mid-2027.

Building the e200X supply chain

To transition the e200X from prototype to a certifiable production aircraft, The ePlane Company formalized agreements with specialized aerospace suppliers to provide core components and systems:

• SASMOS HET Technologies: Supplying Electrical Wiring Interconnection Systems (EWIS) to support the aircraft’s high-voltage architecture.
• HENSOLDT Avionics: Providing flight deck and navigation systems.
• Azista Composites Private Limited: Manufacturing lightweight composite aerostructures.
• Ankit Aerospace Private Limited: Supplying aerospace-grade fasteners and hardware.
• AMS Heli Design: Developing specialized medical interiors.

“These partnerships reflect the strength and depth of the ecosystem we’re building around the e200X. From wiring and fasteners to avionics, composites, and interiors, each of these relationships strengthens our path toward a certifiable, Made-in-India electric aircraft,” stated Prof. Satya Chakravarthy, Founder and CTO of The ePlane Company.

Chakravarthy added that selecting established technology partners is a fundamental requirement for developing a certifiable aircraft, specifically noting that SASMOS brings necessary expertise in EWIS integration as the program progresses toward commercialization.

Technical specifications and medical applications

The e200X is designed as a compact passenger and cargo eVTOL aircraft. According to technical specifications provided by the manufacturer, the aircraft features a maximum gross weight of 2,200 kg and utilizes an 800V electric powertrain. It is engineered for an operational range of 110 km on a single charge, with a cruising speed of 160 km/h. The cabin accommodates a 200 kg payload, configured for one pilot and two passengers.

The partnership with AMS Heli Design directly supports The ePlane Company’s parallel initiative to develop an electric air ambulance network. On July 23, 2026, the manufacturer signed a Memorandum of Understanding (MoU) with Apollo Hospitals Enterprise Limited to integrate the e200X into India’s emergency healthcare system, targeting reduced response times for critical care transport.

Certification pathway and prototype validation

The ePlane Company is currently the first private aerospace entity in India to hold a formal Design Organisation Approval (DOA) from the Directorate General of Civil Aviation (DGCA) for electric aircraft. The e200X is also the first eVTOL accepted into the DGCA’s official type certification pipeline.

Prior to the Farnborough announcements, the company unveiled the PT-01, a full-scale prototype featuring a carbon fiber airframe and NVIDIA IGX Thor compute architecture. The aircraft is currently undergoing ground testing.

Chakravarthy noted that the PT-01 transitions the program from subscale testing to full-scale validation, building on flight trials of the company’s e50 heavy-lift drone which validated the scaling data now being applied to the passenger aircraft.

AirPro News analysis

We view The ePlane Company’s Farnborough announcements as a necessary maturation step for India’s domestic Advanced Air Mobility (AAM) sector. While unveiling a prototype demonstrates engineering capability, securing established aerospace suppliers like HENSOLDT and SASMOS indicates a shift toward the rigorous realities of DGCA type certification. The specific inclusion of AMS Heli Design for medical interiors also suggests a pragmatic early-use case. Air ambulance operations often provide a more viable initial revenue stream for eVTOL operators than urban air taxi services, given the higher tolerance for operational costs in emergency medical transport.

Sources: The ePlane Company via PR Newswire

Honeywell Aerospace and Shield AI signed a Memorandum of Understanding (MoU) on July 22, 2026, at the Farnborough International Airshow to develop a certifiable autonomy software stack for defense and commercial aircraft.

Announced in a joint press release, the collaboration targets a primary hurdle in uncrewed and autonomous aviation: regulatory Certification. By integrating Honeywell’s certified aerospace hardware with Shield AI’s mission autonomy Software, the companies intend to create a standardized foundation that eliminates the need to rebuild and recertify trust architectures for every new aircraft platform.

Integrating Anthem Avionics with Hivemind autonomy

The agreement centers on pairing the Honeywell Anthem avionics, navigation, and sensing portfolio with the Shield AI Hivemind Software Development Kit (SDK). Hivemind provides artificial intelligence-piloted flight capabilities, while Anthem supplies the design-assured hardware foundation required by aviation regulators.

This combined architecture is designed to support both defense and commercial applications, allowing operators to deploy autonomous systems across various uncrewed aircraft platforms without engineering bespoke hardware solutions for each vehicle.

“Honeywell Aerospace’s certified avionics, navigation, and sensing systems paired with Hivemind, which delivers mission autonomy for intelligent, collaborative operations, create a trusted foundation for AI-piloted flight,” said Gary Steele, Chief Executive Officer of Shield AI. “This collaboration reflects how the aerospace and defense ecosystem is evolving, bringing the best of autonomy and certified hardware to address transportation and national security challenges.”

Addressing the certification bottleneck

The aerospace industry faces persistent challenges in certifying artificial intelligence and machine learning systems. Regulators require strict design assurance before allowing autonomous systems to operate in shared airspace or complex military environments.

Honeywell Aerospace (Nasdaq: HONA) aims to bridge this gap by providing the certified hardware layer that regulators already recognize, enabling Shield AI’s software to operate within an approved safety envelope.

“Autonomy software can fly an aircraft, but trust has to be engineered into the architecture, not bolted on after,” said Matt Milas, President of Defense & Space at Honeywell Aerospace. “Our role is to build the certified, design-assured foundation that lets a warfighter, a regulator and a fleet operator all trust the same platform. That’s the layer we bring to this collaboration, the one that turns intelligence like Hivemind into something that can be deployed safely and at scale anywhere in the world.”

AirPro News analysis

The partnership between Honeywell and Shield AI highlights a critical maturation point
Photo Credit: Honeywell Aerospace