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LEAP 71 and Sindan Partner to Industrialize AI-Designed Aerospace Systems in UAE

LEAP 71 and Sindan collaborate to develop AI-driven aerospace systems using computational models and advanced manufacturing in the UAE.

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This article is based on an official press release from LEAP 71.

Sindan, an Abu Dhabi-based AI-driven advanced manufacturing company, and Dubai-headquartered LEAP 71 have announced a strategic partnership to industrialize AI-designed aerospace systems in the United Arab Emirates. The collaboration, unveiled at the Make it in the Emirates trade show, aims to develop and manufacture air-breathing jet engines and space propulsion systems using computational models and digital manufacturing.

According to an official press release from LEAP 71, the alliance will integrate LEAP 71’s Noyron, a Large Computational Engineering Model, with Sindan’s extensive AI-powered manufacturing infrastructure. This integration is intended to close the loop from autonomous engineering to advanced production, positioning the UAE as a hub for next-generation aerospace development.

Bridging Computational Design and Advanced Manufacturing

The partnership leverages the distinct capabilities of both companies to create a continuous path from concept to hardware. LEAP 71’s Noyron model encodes first-principles physics, engineering logic, and manufacturing constraints to autonomously generate manufacturable systems. The company has already utilized this technology to rapidly develop and hot-fire test dozens of liquid-propellant rocket engines, including liquid methane engines that exceed two tons (20 kN) of thrust.

Sindan brings a robust production ecosystem to the collaboration. The company operates more than 40 large-scale metal additive manufacturing systems and over 300 polymer manufacturing systems, alongside advanced CNC machining capabilities. This infrastructure allows for a direct transition from digital design to serial production.

“Over the past two years, Sindan has established an advanced manufacturing ecosystem that brings together additive manufacturing, precision machining, and digital production capabilities,” said Heyuan Huang, Managing Director and CEO of Sindan, in the press release. “Our partnership with LEAP 71 enables a fundamentally new way of building systems for the space and aviation sectors.”

Accelerating Aerospace Development Timelines

Traditional aerospace engineering relies heavily on iterative design cycles and fragmented production pipelines, which can stretch development timelines over several years. By replacing these conventional methods with computational engineering and AI-driven manufacturing, the LEAP 71 and Sindan partnership seeks to compress these timelines significantly.

The integration of Noyron’s autonomous design capabilities with Sindan’s “lights-out” production environment is designed to facilitate a rapid transition from system specification to manufactured hardware. This approach allows complex machines to be developed and produced locally and efficiently.

“Noyron compresses development timelines from years to weeks and allows systems to be generated directly from physics and requirements,” stated Josefine Lissner, CEO of LEAP 71. “Combined with Sindan’s ‘lights-out’ production, this enables a rapid path from specification to manufactured hardware.”

AirPro News analysis

We observe that the collaboration between LEAP 71 and Sindan highlights a growing trend in the aerospace sector toward localized, digitally integrated manufacturing. By establishing this partnership in the UAE, both companies are aligning with the nation’s broader strategic focus on advanced industry and technology sovereignty.

If successful at scale, the ability to autonomously design and directly manufacture complex aerospace components like jet engines and space propulsion systems could disrupt traditional supply chains. We believe the reliance on AI-driven models like Noyron to bypass conventional CAD software and human intervention represents a significant shift in how aerospace hardware is conceptualized and realized, potentially lowering barriers to entry for new space and aviation initiatives.

Frequently Asked Questions

What is the goal of the LEAP 71 and Sindan partnership?

The partnership aims to develop and manufacture air-breathing jet engines and space propulsion systems by combining LEAP 71’s AI-driven computational engineering models with Sindan’s advanced digital manufacturing infrastructure.

What technology does LEAP 71 provide?

LEAP 71 utilizes Noyron, a Large Computational Engineering Model that autonomously generates manufacturable aerospace systems based on physics, engineering logic, and manufacturing constraints.

What manufacturing capabilities does Sindan bring to the alliance?

Sindan operates an advanced manufacturing ecosystem in Abu Dhabi, featuring over 40 large-scale metal additive manufacturing systems, more than 300 polymer manufacturing systems, and advanced CNC machining.

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Photo Credit: LEAP 71

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KNETCO and Skyports Partner to Build AAM Infrastructure in Kuwait

KNETCO and Skyports signed an MoU on August 16, 2026, to develop vertiport and AAM infrastructure in Kuwait.

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Kuwait Network Electronic Technology Co. (KNETCO) and Skyports Infrastructure signed a strategic Memorandum of Understanding (MoU) on August 16, 2026, to develop the foundational infrastructure for Advanced Air Mobility (AAM) operations in Kuwait.

Announced via a company press release, the agreement establishes Skyports as KNETCO’s primary partner for vertiport development, joint market exploration, and stakeholder engagement within the country. The partnership is designed to combine KNETCO’s established telecommunications and critical infrastructure capabilities with Skyports’ specialized expertise in electric vertical take-off and landing (eVTOL) ground facilities.

Building Kuwait’s AAM ecosystem

The collaboration represents an initial step toward establishing a commercial AAM network in the Gulf state. KNETCO leadership emphasized that the successful deployment of air taxi services relies heavily on ground-level preparation, digital integration, and regulatory alignment.

“People often look at Advanced Air Mobility and see the aircraft. I see the infrastructure behind it,” said Khaled Samy Hall, CEO of KNETCO. “The vertiports, connectivity, digital platforms, operations, regulations, investors, and partnerships must all come together before a new mobility ecosystem can truly grow.”

Riham Al-Ghanim, Chairwoman of KNETCO, noted that the company is focused on long-term economic development and recognizes the necessity of close collaboration with government stakeholders to mature the sector. She described the Partnerships as a preparation for the industries that will shape the future economy.

Regional expansion for Skyports

For UK-based Skyports, the Kuwaiti MoU expands an already significant footprint in the Middle East. The company is currently constructing a vertiport network in Dubai, where its core vertiport facility, designated VDX, has already been completed ahead of planned commercial operations.

Daniel O’Neill, Middle-East General Manager for Skyports Infrastructure, stated that Kuwait possesses the strategic location and vision to become a key AAM market.

“With our vertiport network in Dubai well under construction, and with our core vertiport VDX already completed, we look forward to applying our industry leading skills and knowledge to Kuwait’s AAM future,” O’Neill said.

The agreement also drew support from the British Embassy in Kuwait. In a statement included in the release, the embassy highlighted the partnership as a model of bilateral cooperation merging British aviation expertise with Kuwaiti infrastructure capability.

AirPro News analysis

The MoU between KNETCO and Skyports highlights a maturing phase in the Advanced Air Mobility sector where the focus is shifting from aircraft certification to the physical realities of ground operations. We observe that while eVTOL manufacturers frequently dominate industry headlines, the absence of certified, grid-connected vertiports remains a primary bottleneck to commercial service entry.

By securing partnerships in Kuwait following its established projects in Dubai, Skyports is effectively standardizing its infrastructure model across the Middle East. Partnering with a local telecommunications and infrastructure firm like KNETCO is a calculated approach. AAM networks require robust digital integration, secure data links, and local regulatory navigation just as much as they require concrete landing pads.

Sources: Skyports Infrastructure

Photo Credit: Skyports Infrastructure

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NOEMI Aerospace Signs MoU With Philippine Operator HSC

NOEMI Aerospace agrees to supply up to five electric amphibious aircraft to Horizon Sun Charters for Philippine island operations by 2030.

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Norwegian aircraft manufacturer NOEMI Aerospace has signed a Memorandum of Understanding (MoU) with Philippine operator Horizon Sun Charters (HSC) for up to five electric amphibious aircraft, establishing a foothold in the Southeast Asian seaplane market.

In a press release published on August 12, 2026, NOEMI Aerospace confirmed the agreement includes three firm aircraft and two options. The nine-passenger aircraft, targeted for entry into service in 2030, is designed to bypass conventional airport infrastructure by connecting coastal resorts and island destinations directly.

Expanding operations in the Philippines

The Philippine archipelago, comprising 7,641 islands, presents a distinct operational environment suited for amphibious aviation. Road and ferry transfers between islands are often lengthy, creating a market for direct air links that do not require runway construction.

Eric Lithun, Founder and Chief Executive Officer of NOEMI Aerospace, highlighted the geographic alignment between the aircraft’s design and the region’s infrastructure needs.

“The geography of the Philippines makes a very strong case for seaplanes. With more than 7,600 islands, short distances and a strong ambition to develop its tourism industry, The Philippines offers exactly the kind of environment NOEMI is being designed for. This agreement strengthens our position in Southeast Asia and provides further confirmation of the commercial potential for electric amphibious aviation in the region.”

While NOEMI Aerospace is developing a fully electric aviation platform, the airframe is adaptable for hybrid-electric or conventional fuel-based propulsion. Raymond Schwab, Founder and Captain of HSC, indicated that the operator is looking closely at the hybrid configuration to maximize operational flexibility.

“We believe NOEMI is very well suited to the future of seaplane operations in the Philippines. With the hybrid version, we see the flexibility to operate a wide range of missions and serve the entire market. The ability to connect coastal resorts and island destinations directly and efficiently fits perfectly with our vision for a new generation of premium island access.”

Aircraft development and global market reach

NOEMI Aerospace, which rebranded from Elfly Group earlier in 2026 to emphasize its “No Emissions” focus, is advancing the development of its nine-passenger amphibious aircraft. The manufacturer is targeting 2027 for the start of test flights with a full-scale prototype. This phase of development is supported by a €3 million grant awarded by Innovation Norway in July 2026.

The agreement with HSC follows a series of commitments from international operators seeking to integrate amphibious aircraft into their networks.

Recent order momentum

On August 10, 2026, the same day the HSC agreement was signed, NOEMI Aerospace announced a separate MoU with Pawan Hans, India’s largest helicopter operator, to explore electric seaplane operations and wet lease options in India.

Earlier in the year, on January 19, 2026, US-based airline startup UrbanLink signed an agreement for 10 firm NOEMI aircraft and 10 options. UrbanLink plans to utilize the aircraft to develop a zero-emission network across Florida, Puerto Rico, and the Caribbean.

AirPro News analysis

We note that NOEMI Aerospace is strategically targeting geographic regions where traditional runway infrastructure is either economically unviable or physically impossible to construct. The simultaneous focus on the Philippines, India, and the Caribbean indicates a clear market segmentation strategy for amphibious aircraft.

HSC’s specific interest in the hybrid-electric variant highlights a pragmatic approach by operators. Until remote island destinations can support high-capacity electrical charging infrastructure, hybrid propulsion offers the necessary range and operational flexibility while still allowing operators to transition toward lower-emission aviation.

Sources: NOEMI Aerospace

Photo Credit: NOEMI Aerospace

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SkyDrive SD-05 eVTOL to Launch in Australia by 2028

SkyDrive and Gold Coast Helitours sign LOI for up to five SD-05 eVTOL aircraft targeting Australia’s first eVTOL sightseeing service.

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SkyDrive Inc. and Australian operator Gold Coast Helitours have signed a Letter of Intent (LOI) for the purchase of up to five SkyDrive SD-05 electric vertical takeoff and landing (eVTOL) aircraft, targeting the launch of Australia’s first eVTOL sightseeing service by 2028.

Announced in a press release on August 18, 2026, the agreement marks SkyDrive’s first LOI with an Australian operator. The Partnerships aims to establish a foundation for Advanced Air Mobility (AAM) in the Queensland region, with initial deliveries of two aircraft scheduled for 2028 and the remaining three targeted for 2029.

Proposed operations and infrastructure

Gold Coast Helitours currently operates a conventional rotorcraft fleet that includes Airbus H125 and Robinson R44 Helicopters, providing sightseeing, aerial survey, and corporate transport services. The integration of the SD-05 will introduce a roughly 10-minute scenic loop flight over the Broadwater, Southport, and Surfers Paradise areas.

The proposed eVTOL operations will initially be based at the Marina Mirage heliport in Main Beach, Queensland. The two companies also plan to develop a dedicated vertiport and a maintenance, repair, and overhaul (MRO) facility at Southport Airfield. This infrastructure is intended to serve as a central hub for a broader future network connecting the Gold Coast city center, commercial districts, and Gold Coast Airport (OOL).

Scott Menzies, Chief Pilot and Director of Gold Coast Helitours, stated that adding the quiet and environmentally friendly aircraft to their fleet will offer an unprecedented new era of air travel. He described the coastline as the perfect stage for the launch.

Certification progress and market expansion

The agreement with Gold Coast Helitours follows recent regulatory milestones for the Japanese manufacturer. On April 15, 2026, SkyDrive became the first dedicated eVTOL developer in Japan to receive Approved Design Organization (ADO) certification from the Japan Civil Aviation Bureau (JCAB). This certification allows the company to conduct internal design verification, streamlining the broader type certification process.

SkyDrive is also pursuing concurrent validation for international markets. In July and August 2026, the company commenced formal familiarization meetings with the U.S. Federal Aviation Administration (FAA) alongside the JCAB.

Tomohiro Fukuzawa, Founder and CEO of SkyDrive Inc., praised the partnership in the release:

Gold Coast Helitours is an outstanding partner with a proven history of safe operations and a clear, forward-looking vision for next-generation mobility. We are profoundly honored to announce our first aircraft introduction agreement in Australia alongside an operator with such industry-leading ambition.

AirPro News analysis

We view this LOI as a strategic foothold for SkyDrive in the Asia-Pacific region outside of its domestic Japanese market. Australia’s regulatory environment and established tourism helicopter sector make it a logical early-adopter market for AAM operations. By partnering with an established operator like Gold Coast Helitours, SkyDrive gains access to existing heliport infrastructure and operational expertise, which will be critical for transitioning from conventional rotorcraft to eVTOL services. The timeline of 2028 for initial operations aligns with the broader industry consensus for early commercial AAM entry into service, though it remains contingent on the successful completion of the JCAB and FAA certification programs.

Sources: SkyDrive Inc.

Photo Credit: SkyDrive Inc.

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