by Elsie Clark | May 21, 2026 | Innovation
SpaceX CEO Elon Musk has announced the aerospace company’s intention to file a public IPO.
SpaceX values itself at an impressive US$1.25 trillion. Covering space exploration, satellite firm Starlink, and subsidiary xAI, the firm’s activities are innovative and often controversial. The move to go public would turn Musk, already the world’s wealthiest man, into a trillionaire.
Financial records show SpaceX made a loss in the first quarter of 2025, earning US$4.7 billion in sales but operating at a net loss of $4.3 billion. Starlink was the only arm of the business to turn a profit in those three months: its constellation of low-earth orbit satellites had quickly established it as a leading connectivity provider, including through high-value deals with airlines such as United and Qatar Airways.
Nevertheless, investors remain excited about the huge potential surrounding SpaceX. From establishing civilisation on Mars to orbital data centres, the company’s projects sprawl across the spectrum of aerospace technology.
xAI and the social media platform X, formerly known as Twitter, also fall under the SpaceX remit. These ventures have attracted criticism, especially the lack of safeguarding when using the AI chatbot Grok. xAI was cited as a potential risk under SpaceX’s IPO.
SpaceX’s dominance in the industry has concerned competitors. Airbus, Leonardo, and Thales agreed a €10 billion deal last year to combine their aerospace and defence businesses in an effort to create a credible European rival to the Musk-led company.
Join us at Aerospace Tech Week 2026.
For more like this, see:
by Elsie Clark | May 20, 2026 | AI & ML
United Ventures and Pegasus Innovation Lab are among the investors contributing to a US$1.5 million fundraising round for startup Overwatch AI.
Baobab Ventures and Masia also backed the company, which was founded by former pilot Leo Kotil alongside Nikita Kaeshko. The startup aims to make it easier for airline crew and operations staff to access critical information. Currently fragmented across different systems, Overwatch are building a platform that allows staff to search find what they need using natural language.
Kotil explained:
After nearly a decade as a pilot, I know how painfully disjointed many of the pre- and in-flight processes are. You are trawling through various apps and systems based on outdated software, trying to piece together the information you need to take action. You spend more time on this than flying the plane.
The AI does the hard work of trawling through the reams of documentation and dozens of operational data sources, making sense of it and connecting the dots, surfacing the answers and insights airline teams are looking for.
Overwatch has already experienced early successes, deploying the tech across 30,000 flights. The results are encouraging: a 4.6-times increase in compliant decision-making and a 6.6% increase in crew productivity. The company estimate full deployment could save airlines up to US$4 million.
Pegasus Airlines Innovation Lab managing director Kurtulus Ozturk commented:
Through this partnership, Pegasus contributes real-world operational context, extensive documentation, and direct crew feedback to tailor and scale Overwatch AI within a live airline environment. As a result, our pilots and cabin crew can instantly access critical information through natural language, improving decision-making, operational efficiency, and on-time performance, ultimately enhancing passenger satisfaction.
The US$1.5 million funding round comes following Overwatch AI’s success at Aviation Festival Asia 2026, where they won our Startup Pitch Competition.
Join us at Aerospace Tech Week to discuss the future of flight ops.
For more like this, see:
by Elsie Clark | May 19, 2026 | Innovation, MRO IT
Emirates have begun construction on a high-tech US$5.1 billion MRO facility in Dubai South. Totalling 1.1 million square metres, once complete the building will be one of the world’s largest by volume, as well as the largest steel structure in the Gulf.
China Railway Construction Corporation are leading construction, alongside Artella as project consultants. The ambition is to create an advanced hangar that can simultaneously accommodate 28 wide-body aircraft and two painting hangars.
Ahmed bin Saeed Al Maktoum, Chairman and Chief Executive at Emirates Airline and Group, said:
The new facility strengthens Emirates Engineering’s vertical integration strategy by bringing more skills, infrastructure, parts production, and specialist capabilities under one roof, while positioning the airline to serve as a strategic engineering partner for the future requirements of the regional and global aviation industry.
Alongside the latest MRO tech, the facility will also incorporate sustainability with solar panels across the roof. Construction is scheduled to complete in 2030, with the hangars initially serving as overspill for Emirates Engineering work at Dubai International Airport (DXB).
As supply chain delays continue to impede the delivery of new aircraft, effective maintenance and overhaul have become key priorities for airlines who want to make the most of their existing assets. Emirates continues to target an ambitious growth strategy that will not be possible unless they keep their aircraft in top condition. As a carrier that prides itself on its superior customer service, this MRO investment will reduce turnaround times and delays, ultimately producing a better experience for passengers.
Join us at Aerospace Tech Week 2026.
by Elsie Clark | May 18, 2026 | Flight Ops IT, Innovation
A new microsensor developed by a startup at the University of Surrey can detect ice build-up on an aircraft’s wings in real time.
Surrey Sensors say their 3cm-long sensors will help pilots understand what’s happening to their wings during a flight and ultimately make aviation safer. Dr David Birch, one of the leaders of the project, said:
What’s important is not just detecting ice, but understanding how it is affecting the aircraft’s performance. Combining different sensing approaches will help to make these measurements far more robust – particularly in the harsh conditions where current systems are most vulnerable.
Developed in collaboration with the Canadian Flight Test Centre of Excellence, the sensor could also make aircraft more fuel-efficient by reducing reliance on anti-icing systems. Alistair Chapman, Director of Marketing at Certification Center Canada, added:
Knowing your stall margin in all phases of flight is critical. Combining these technologies will both further address this safety issue and open up new possibilities for a rotary environment. Together, Surrey Sensors Limited and Flight Test Centre of Excellence are poised to set new standards in aerospace safety, efficiency and environmental sustainability through innovative airflow sensing technologies.
Even incremental layers of ice on plane wings can significantly disrupt aircraft aerodynamics. When ice builds up, airflow is reduced, cutting lift, increasing drag, and making take-off more dangerous.
While climate change is mostly associated with rising heat, it increases the frequency of extreme weather of all kinds – including freezing temperatures, hail, and snowstorms. As these events will only become more regular, it is essential that the aviation industry develop better systems for monitoring ice on aircraft to ensure safety on all flights.
Join us at Aerospace Tech Week 2026 to discuss the future of safe, efficient flight ops.
For more like this, see:
by Elsie Clark | May 14, 2026 | Innovation, MRO IT
Singaporean software developers Soji AI have announced a new collaboration with Active Partners to advance AI use in MRO record keeping. Under the partnership, the parties will explore how technology can optimise the delivery and inspection of aircraft and engines.
Rob de Klerk, Director Technical Services of Active Partners, said:
Partnering with Soji AI represents a major milestone in our digital transformation journey. By adopting AI-driven engineering management, we are not only improving efficiency and reliability but also setting new standards for innovation and safety in the aviation industry. This collaboration with Soji does not simply digitise documents, it reduces manual document search and accelerates records by surfacing inconsistencies earlier.
Soji’s proprietary platform transforms fragmented aircraft data into an automated workflow that can support proactive decision-making. Engineers can use the system to access validated information rather than constantly extrapolating from raw data.
Ultimately, the service will allow Active Partners to improve efficiency for their clients: aircraft owners, lease managers, and operators. Florian Falk, CEO of Soji AI, commented:
We’re aiming for real-world workflow benefits and Active Partners is the type of forward-looking organisation we built our software for. Their decision to adopt our platform reflects a broader shift in the industry – from manual, document-heavy processes to intelligent, AI-powered operations. Together, we are setting a new benchmark for how aircraft engineering and records management can be executed. Human-AI workflow is the at the heart of our solution where engineers retain the final authority. We’ll be demonstrating how AI can be embedded into certified environments, supporting a shift towards scalable, digital-first aircraft lifecycle management.
Join us at Aerospace Tech Week 2026.
You must be logged in to post a comment.