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UBTech Agrees Airbus Deal to Expand Robot Use in Aviation Manufacturing

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Chinese robotics company UBTech has signed an agreement with aircraft manufacturer Airbus to supply robots for use in aviation manufacturing, as humanoid robotics gains traction in industrial settings.

UBTech said Airbus has already purchased its latest industrial humanoid robot, the Walker S2, and that the two companies will work together to expand the application of humanoid robots across aerospace manufacturing scenarios. Airbus confirmed the cooperation but said it is currently in an early concept-testing phase.

Humanoid robots, designed to mimic human movement and behaviour, have become a strategic focus in China as policymakers and companies look to address challenges such as labour shortages, population decline and trade frictions with the United States. In recent years, Chinese-made humanoid robots have demonstrated advanced capabilities, including complex athletic movements and autonomous tasks.

The partnership with Airbus follows UBTech’s earlier agreement with Texas Instruments, highlighting growing international interest in the firm’s robotics technology. UBTech said total order value for its humanoid robots exceeded 1.4 billion yuan in 2025, and production capacity for industrial humanoid robots is expected to surpass 10,000 units in 2026.

Blended-Wing Aircraft: The Sci-Fi Jet Design Poised to Revolutionize Air Travel

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A new era of aviation may be taking shape as blended-wing aircraft—once a science fiction concept—edge closer to becoming reality.

In March 2025, a small V-shaped demonstrator named “Steve” took flight over Oregon, marking the first step toward a radical airliner design envisioned by Seattle-based startup Outbound Aerospace. The company aims to develop a 200–250 seat blended-wing airliner called Olympic, expected to debut in the 2030s.

Unlike traditional “tube-and-wing” aircraft, blended-wing designs merge the fuselage and wings into one unified aerodynamic structure, promising up to 50% lower fuel burn, quieter flight, and larger cabin space. Originally pioneered for military bombers, this concept may now find a place in commercial aviation as pressure mounts to cut emissions.

Outbound’s rapid prototyping has drawn attention—its team designed and built Steve in just nine months, far faster than traditional aerospace development cycles. “We can drastically reduce the time and cost of creating new aircraft,” said Jake Armenta, the company’s co-founder and CTO.

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The demonstrator has also attracted interest from the U.S. Department of Defense and commercial drone operators thanks to its large cargo capacity, leading Outbound to develop it into a cargo drone named Gateway.

Outbound is not alone in the race. JetZero, a California startup backed by the U.S. Air Force, United Airlines, and Alaska Airlines, is developing its own Z4 blended-wing airliner with production planned for 2027. Nautilus and other competitors are also exploring similar designs.

If successful, these projects could break the Boeing-Airbus duopoly that has dominated civil aviation for decades. But experts caution that the path to certification and profitability is long and expensive.

“This has been called the holy grail of aviation,” said aerospace analyst Bill Sweetman. “The technology is impressive, but turning it into a commercial success will take enormous capital and patience.”

Still, startups like Outbound remain undeterred. “There’s a hunger for something new in aerospace,” said Aaron Boysen, Outbound’s director of business development. “We’re building that future.”

Europe’s Airbus, Thales, Leonardo Near Satellite Merger to Rival Starlink

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Europe’s leading aerospace groups Airbus, Thales, and Leonardo are finalizing a long-awaited merger of their satellite manufacturing operations, aimed at creating a continental space champion capable of competing with Elon Musk’s Starlink, people familiar with the talks told Reuters.

While the official announcement, initially expected Wednesday, was delayed by legal and financial fine-tuning, insiders said the deal remains on track, with only minor details causing the hold-up. “The announcement is ready,” said one source. “It’s industrially, technically, and financially complicated, but the framework is intact.”

Under the plan — known internally as “Projet Bromo” — the three companies will combine their satellite assets into a joint holding company, each owning roughly one-third after balancing payments. The new entity will require up to two years to finalize, pending regulatory approval, and could face scrutiny from EU competition authorities that previously blocked similar ventures.

The merger would make the group the largest global manufacturer of geostationary satellites, overtaking Maxar, Northrop Grumman, and Lockheed Martin, according to data from Quilty Space. However, analysts note that the geostationary satellite market has been shrinking due to the rise of low-Earth orbit constellations, led by SpaceX’s Starlink and Amazon’s Project Kuiper.

“Europe had a commanding lead in geostationary satellite manufacturing,” said Caleb Henry, research director at Quilty Space. “But this market has shrunk considerably in the face of these new titans of industry.”

The merger is seen as a strategic lifeline for Europe’s fragmented satellite industry, which has struggled to stay competitive amid rapid shifts in global space technology and soaring demand for low-orbit broadband systems.

Although corporate governance details — such as who will chair or lead the merged group — remain unsettled, sources said all three companies are committed to cooperation, driven by falling market share and rising losses in their satellite divisions.

If completed, the merger would mark the most significant consolidation in Europe’s aerospace industry in decades, signaling a coordinated effort to reclaim technological leadership in the new era of commercial space.