Technology & Innovation
Aerofugia Presents Production Ready AE200 eVTOL at Aero Asia 2025
Aerofugia unveils AE200 eVTOL with 200 km range and mass production plans at Aero Asia, backed by Geely and targeting 2026 certification.
The landscape of urban air mobility took a significant step forward in late November 2025 at the Aero Asia Show in Zhuhai, China. Aerofugia, a subsidiary of the automotive giant Geely Technology Group, presented its flagship AE200 eVTOL (electric Vertical Take-Off and Landing) aircraft. This presentation highlighted the AE200-100, a production-ready configuration that recently rolled off the assembly line, signaling a shift from experimental prototyping to imminent commercialization within the burgeoning low-altitude economy.
The event, held at the Zhuhai International Airshow Center, served as a critical platform for the general aviation sector in Asia. While numerous companies showcased concepts for sustainable aviation, Aerofugia’s presence was notable for the maturity of its platform. By leveraging the industrial capabilities of its parent company, Geely, the Chengdu-based startup demonstrated a model that integrates automotive-grade manufacturing processes with aerospace engineering. This convergence is increasingly viewed as a necessary step to achieve the scale required for mass adoption of flying taxis.
We observe that the timing of this unveiling aligns with broader strategic goals in the region. The Chinese government has designated the low-altitude economy, generally defined as flight activities below 3,000 meters, as a strategic emerging industry. With the AE200, Aerofugia positions itself not merely as a participant but as a “chain-master” enterprise, aiming to lead the industrial push in the Chengdu region and beyond. The aircraft is currently in the final phases of compliance flight testing, with a clear roadmap toward full certification.
The AE200 is distinguished by its tilt-rotor configuration, a design choice that separates it from simpler multi-rotor competitors. The aircraft features eight rotors in total; four tilt to facilitate high-speed forward flight, while four remain fixed to provide lift. This architecture allows the AE200 to achieve superior range and speed, making it suitable for inter-city travel as well as intra-city commuting. According to specifications released during the show, the aircraft boasts a range of approximately 200 kilometers (124 miles) and a cruise speed of 248 km/h (154 mph), with a maximum speed reaching 320 km/h (199 mph).
In terms of physical dimensions, the aircraft commands a significant footprint with a wingspan of 14.5 meters, a length of 9 meters, and a height of 4.6 meters. Despite its size, the all-electric propulsion system ensures a quieter operation compared to traditional helicopters, a prerequisite for operating in dense urban environments. The standard cabin layout is configured for one pilot and four passengers (1+4), a setup chosen to maximize passenger comfort and psychological safety during the early adoption phase of eVTOL travel.
However, the platform retains versatility. We note that the cabin is designed as a “6-seater” platform, capable of accommodating a high-density layout of one pilot plus five passengers if required. Alternatively, the interior can be rapidly converted for cargo transport, highlighting the modular nature of the design. This flexibility is essential for operators looking to maximize utilization rates across different service types, from air taxi operations to emergency logistics.
We have adapted proven automotive-grade systems like smart interfaces and ergonomic layouts for use in our eVTOL aircraft… The goal is to make the AE200 a safe, affordable, and comfortable flying vehicle.
A key differentiator for Aerofugia is its direct access to Geely’s automotive supply chain and design philosophy. At the Aero Asia Show, the company introduced what it calls the “Smart Flexible Cabin.” This interior concept rivals luxury automobiles, incorporating features such as ambient lighting, a fragrance system, and a smart interface co-developed with established automotive suppliers. These elements are designed to normalize the flying experience for passengers who may be accustomed to high-end ground vehicles.
The “Flexible Three-Row” design further illustrates this cross-industry innovation. The third row of seats features electronic folding capabilities, allowing the space to be converted for luggage or additional legroom instantly. Safety features also borrow from automotive standards, with the inclusion of aviation-grade energy-absorbing seats and four-point safety belts. By utilizing existing automotive components for non-critical systems, Aerofugia reportedly reduces development costs and streamlines supply chain management. This strategy addresses one of the most significant hurdles in the eVTOL industry: manufacturing scalability. Unlike traditional aviation startups that must build supply chains from scratch, Aerofugia utilizes Geely’s established networks for components like electric motors and interior materials. This advantage is critical as the company prepares to fulfill its growing order book.
The commercial viability of the AE200 is supported by a substantial backlog of orders. Reports indicate that Aerofugia has secured over 1,000 pre-orders for the aircraft. Key clients include major regional players such as Sichuan Airlines, Hualong Airlines, and Sino Jet. The company has stated that its first year of production capacity is already fully booked, reflecting strong market confidence in the platform’s eventual deployment.
On the regulatory front, Aerofugia has made measurable progress with the Civil Aviation Administration of China (CAAC). In May 2025, the company received the CCAR-135 operation certificate from the CAAC Southwest Regional Administration. This certification is a significant milestone, as it authorizes initial commercial operations, such as aerial sightseeing and irregular passenger transport, even before full mass production begins. It allows the company to build operational experience and validate its business models in real-world scenarios.
Looking ahead, the primary focus remains on achieving Type Certification (TC). The AE200 is currently undergoing the final phase of compliance flight testing. The company anticipates receiving its Type Certificate in 2026. This approval is the final regulatory gate required for mass commercial deployment and will likely trigger the delivery of the pre-ordered units to launch customers.
The presentation of the AE200 at the Aero Asia Show 2025 underscores the rapid maturation of the electric aviation sector in China. Aerofugia’s approach, characterized by a blend of aerospace engineering and automotive manufacturing discipline, offers a pragmatic path toward the commercialization of urban air mobility. With a secured order book and a clear regulatory timeline targeting 2026 for Type Certification, the company appears well-positioned to transition from development to delivery.
As the low-altitude economy continues to garner government support and investment, the success of the AE200 will likely serve as a bellwether for the broader industry. The ability to deliver a certified, safe, and comfortable aircraft that leverages the cost efficiencies of the automotive supply chain could set a new standard for eVTOL manufacturers globally. We will continue to monitor the progress of the AE200 as it completes its final compliance tests in the coming year.
What is the range and speed of the Aerofugia AE200? When will the AE200 be available for commercial flights? How many passengers can the AE200 carry? Who backs Aerofugia?
Aerofugia Unveils Production-Ready AE200 eVTOL at Aero Asia 2025
Engineering the AE200: Performance and Specifications
The “Smart Flexible Cabin” and Automotive Heritage
Commercial Momentum and Regulatory Path
Conclusion
FAQ
The AE200 has a range of approximately 200 km (124 miles) and a cruise speed of 248 km/h (154 mph). Its maximum speed is 320 km/h (199 mph).
Aerofugia expects to receive Type Certification (TC) in 2026, which will allow for mass commercial deployment. However, the company already holds a CCAR-135 operation certificate, allowing for initial operations like aerial sightseeing.
The standard configuration carries one pilot and four passengers (1+4). The cabin is designed as a 6-seater platform and can be configured for high-density transport (1+5) or cargo.
Aerofugia is a subsidiary of the Geely Technology Group, a major Chinese automotive conglomerate. This backing provides access to automotive-grade supply chains and mass manufacturing capabilities.
Sources
Photo Credit: China eVTOL News
Technology & Innovation
Airbus Opens Large Technology Centre in Bengaluru Expanding India Presence
Airbus inaugurates new 880,000 sq ft technology centre in Bengaluru, focusing on engineering, AI, and digital operations with plans to grow workforce to 5,000 by 2026.
This article summarizes reporting by The Telegraph India and official event announcements.
On Friday, March 6, 2026, European aerospace giant Airbus officially inaugurated its new India Technology Centre in Bengaluru. The opening marks a significant milestone in the company’s strategy to integrate Indian engineering talent into its global value chain. Spanning 880,000 square feet, the new facility is designed to house up to 5,000 employees and will serve as a central hub for the company’s engineering, digital, and customer service operations.
According to reporting by The Telegraph India, the centre represents a strategic expansion of Airbus’s presence in the region. The facility will focus on high-tech sectors including artificial intelligence, robotics, and digital transformation, moving beyond traditional outsourcing to core development roles for global aircraft programs.
The inauguration was attended by key government and company officials, including Karnataka Deputy Chief Minister D.K. Shivakumar and Union Civil Aviation Minister Rammohan Naidu, who attended virtually. The event underscores Bengaluru’s growing status as a critical node in the global aerospace ecosystem.
The new campus is described as Airbus’s largest engineering and digital hub outside of Europe. Officials at the event highlighted that the centre is not merely a support office but a core component of the company’s global operations. As noted in event coverage, the facility will consolidate engineering, digital transformation, and procurement activities under one roof.
Airbus has set ambitious targets for its Indian operations. Data released during the inauguration indicates that the company has already increased its sourcing from India significantly. Sourcing figures have risen from €500 million in 2019 to over €1 billion currently. The company aims to surpass $2 billion in sourcing from Indian suppliers in the coming years.
In terms of employment, the new centre is expected to drive direct workforce numbers past 5,000 by 2026. Currently, Airbus employs approximately 3,500 people directly in the country, with its operations supporting over 15,000 additional jobs within the wider supply chain.
During the inauguration, leadership from both the government and Airbus emphasized the symbiotic relationship between the manufacturer and India’s aerospace sector. Union Civil Aviation Minister Rammohan Naidu praised the development as a testament to the country’s capabilities:
“Bengaluru has emerged as the aviation, aerospace, and defence manufacturing capital of the country. The inauguration of this grand Airbus campus further strengthens Bengaluru’s position as a global aviation hub.”
, Rammohan Naidu, Union Civil Aviation Minister
Jürgen Westermeier, President and Managing Director of Airbus India & South Asia, described the facility as a catalyst for future growth:
“The inauguration of the ‘Airbus India Technology Centre’ represents a strategic acceleration in our journey in India – it provides the scale and headroom for our next phase of growth.”
, Jürgen Westermeier, President & MD, Airbus India & South Asia
The opening of this facility highlights a “clustering” trend in Bengaluru that is reshaping the Asian aerospace landscape. With Boeing recently inaugurating its own 43-acre engineering campus (BIETC) in the Devanahalli area, and Collins Aerospace expanding its footprint, Bengaluru is effectively cementing its title as the “Silicon Valley of Aerospace” in Asia.
We observe that this move by Airbus signals a definitive shift in how global OEMs view India. It is no longer just a market for selling aircraft or a source of low-cost labor; it is becoming an R&D powerhouse where next-generation technologies, such as Sustainable Aviation Fuel (SAF) solutions and decarbonization tech, are developed. The proximity of these major players will likely accelerate the development of a specialized local talent pool, further incentivizing other suppliers to establish a presence in the region.
Where is the new Airbus centre located? How many people will work at the new centre? What are the primary functions of the centre?
Airbus Inaugurates Massive New Technology Centre in Bengaluru, Deepening “Make in India” Commitment
Strategic Expansion and Economic Impact
Sourcing and Employment Targets
Leadership Perspectives
AirPro News Analysis
Frequently Asked Questions
The new facility is located in Bengaluru, Karnataka. Reports indicate the site is likely within the Titanium Tech Park in the Whitefield area.
The campus is designed to accommodate approximately 5,000 employees. Airbus currently employs about 3,500 people directly in India and plans to reach the 5,000 mark by 2026.
The centre will focus on engineering for global aircraft programs, digital transformation (AI, big data, robotics), customer services, and procurement.
Sources
Photo Credit: The Telegraph India
Technology & Innovation
Safran Launches TAKE OFF Project for Open Fan Engine Flight Test by 2029
Safran leads a €139M EU-funded project to flight test an Open Fan engine on an Airbus A380 by 2029, targeting 20% fuel efficiency gains.
This article is based on an official press release from Safran Aircraft Engines.
Safran Aircraft Engines has officially launched “TAKE OFF” (Technology And Knowledge for European Open Fan Flight), a major European research initiative designed to validate the viability of the Open Fan engine architecture. According to an official press release issued on March 5, 2026, the project aims to mature the technology required for a flight demonstration aboard an Airbus A380 by the end of the decade.
The initiative is funded by the European Union’s Clean Aviation Joint Undertaking, which has allocated €100 million to the effort. The total project cost is estimated at €139 million. Safran will lead a consortium of 25 partners, including major aerospace manufacturers and research institutes, to execute the program over the next four years.
This development marks a critical step in the broader CFM RISE (Revolutionary Innovation for Sustainable Engines) program, which targets a 20% reduction in fuel consumption and COâ‚‚ emissions for the next generation of single-aisle aircraft expected to enter service in the mid-2030s.
The “TAKE OFF” project focuses on the complete demonstration chain required to put an Open Fan engine into the air. This includes engine design, assembly, instrumentation, and integration onto the aircraft. The program officially began on March 5, 2026, and is scheduled to culminate in a Test-Flights campaign in 2029 using an Airbus A380 flying testbed.
While Safran Aircraft Engines leads the project, the consortium represents a broad cross-section of the European aerospace industry. According to the press release, the 25 partners include industrial giants such as Airbus, Avio Aero, and GKN Aerospace, as well as research organizations like ONERA (France), DLR (Germany), and NLR (Netherlands).
Notably, while GE Aerospace is Safran’s partner in the CFM International joint venture, as a U.S. company it cannot directly receive EU funding. However, the research report indicates that GE’s European subsidiaries in Germany, Italy, and Poland are involved and have been allocated approximately €14.5 million of the project funding.
The financial structure of the project relies heavily on public-private partnership. The European Union’s Clean Aviation initiative is providing €100 million of the total €139 million budget. This funding is intended to de-risk the development of radical propulsion technologies that are essential for the aviation industry to meet its net-zero carbon emissions goals by 2050. The core objective of “TAKE OFF” is to prove the real-world viability of the Open Fan architecture. Unlike traditional turbofan engines, which enclose the fan blades in a heavy nacelle, the Open Fan design features exposed, counter-rotating blades. This allows for a significantly larger fan diameter, which increases the bypass ratio, the primary driver of propulsive efficiency.
Safran and its partners aim to demonstrate that this architecture can deliver a 20% improvement in fuel efficiency compared to current state-of-the-art engines, such as the LEAP. The system is also designed to be fully compatible with SAF. The flight tests in 2029 will be crucial for validating not only the efficiency gains but also the acoustic performance and aerodynamic integration of the engine.
“TAKE OFF embodies the European Union and aerospace industry’s shared ambition to make aviation more sustainable. Project synergies will pave the way for a full-scale Open Fan engine flight demonstration, showcasing the competitive benefits of such architecture in terms of energy efficiency and acoustic performances.”
, Pierre Cottenceau, VP Engineering, Research & Technology at Safran Aircraft Engines
The “TAKE OFF” project does not exist in isolation. It operates in tandem with other Clean Aviation initiatives, such as OFELIA (focused on component maturity) and COMPANION (focused on flight test vehicle integration led by Airbus). Together, these projects support the overarching CFM RISE program launched in 2021.
“TAKE OFF must now demonstrate the viability of the disruptive Open Fan engine concept at a higher maturity level, in line with the flight test campaign expected for 2029.”
, MarÃa Calvo, Head of Unit Project Management at Clean Aviation
We view the launch of “TAKE OFF” as a definitive signal that the European aerospace sector is committed to the Open Fan architecture as the likely successor to the turbofan for the next generation of narrowbody aircraft. By securing substantial EU funding and aligning 25 partners, Safran is effectively locking in the industrial base required to support the CFM RISE timeline.
The choice of the Airbus A380 as the testbed is pragmatic; its size allows for the carriage of heavy instrumentation and the mounting of the large-diameter Open Fan engine without the ground clearance constraints that would affect smaller aircraft. If the 2029 flight tests are successful, it will clear a major hurdle for entry-into-service in the mid-2030s, potentially giving CFM International a significant technological edge in the single-aisle market.
Sources: Safran Group Press Release, FlightGlobal, MarketScreener, Aviation Week
Safran Launches “TAKE OFF” Project to Flight Test Open Fan Engine by 2029
Project Scope and Consortium Details
A Pan-European Effort
Funding Breakdown
Technological Goals: The Open Fan Architecture
Performance Targets
Integration with Other Programs
AirPro News Analysis
Sources
Photo Credit: Safran
Technology & Innovation
Supernal Cuts 80 Percent Workforce in Strategic Shift by Hyundai
Supernal lays off 296 employees, reducing staff by 80% as Hyundai shifts focus from air mobility to robotics and autonomous driving sectors.
This article summarizes reporting by the Orange County Business Journal.
Supernal, the advanced air mobility (AAM) subsidiary of Hyundai Motor Group, has executed a significant workforce reduction, laying off nearly 300 employees as of late February 2026. The move signals a dramatic shift in Strategy for the South Korean automaker’s aviation ambitions, moving away from aggressive commercialization targets toward a leaner operational model.
According to reporting by the Orange County Business Journal, the company let go of 296 employees on February 27, 2026. This reduction impacts approximately 80% of Supernal’s total staff, leaving a “skeleton crew” of roughly 70 to 80 employees to maintain basic operations and limited design continuity.
The Layoffs were concentrated primarily at the company’s headquarters in Irvine, California, and its research and development facility in Fremont, California. The decision follows a period of executive turnover, including the departures of CEO Jaiwon Shin and other key C-suite leaders in the months leading up to the announcement.
In a statement cited by the Orange County Business Journal, a company spokesperson indicated that the downsizing was necessary to “stabilize the company” and “shape a new business model.” While specific details of this new model remain limited, the scale of the cuts suggests a departure from immediate manufacturing and certification goals.
The restructuring appears driven by the high capital costs associated with developing electric vertical takeoff and landing (eVTOL) aircraft. Data indicates that Supernal accumulated losses of approximately 1.73 trillion won (roughly $1.3 billion USD) between its 2021 inception and the third quarter of 2025. Hyundai Motor Group had invested an estimated $1.7 billion into the project.
This financial strain coincides with a broader strategic realignment at Hyundai. Reports suggest the parent company has removed Advanced Air Mobility from its core mid-to-long-term growth pillars, opting instead to focus resources on sectors with clearer near-term returns, such as robotics, autonomous driving, and Hydrogen mobility.
Supernal’s contraction reflects a wider trend of consolidation within the electric aviation sector, often referred to as the “eVTOL shakeout.” As capital becomes more expensive and Certification timelines stretch, the industry is seeing a divergence between well-capitalized leaders and struggling challengers. While U.S. competitors like Joby Aviation and Archer Aviation continue to advance through the FAA certification process, other major players have faced insolvency. European competitors Lilium and Volocopter, for instance, encountered severe financial hurdles in late 2025 and early 2026.
The layoffs at Supernal triggered compliance requirements under the California Worker Adjustment and Retraining Notification (WARN) Act. Under new state Regulations effective January 1, 2026, the company was required to provide 60 days’ notice and specific information regarding support services, such as food assistance and workforce development resources, to affected employees.
The retention of approximately 75 employees suggests that Hyundai Motor Group is not abandoning the sector entirely but is rather placing Supernal into a “hibernation” mode. By keeping a core team, the company preserves its intellectual property and design data, potentially allowing for a restart if market conditions improve or if the technology becomes ripe for licensing.
However, this reduction effectively ends any realistic prospect of Supernal launching commercial flights by 2028, a target previously eyed for the Los Angeles Olympics. The “Valley of Death” between prototype and certified product requires immense, continuous capital flow, which Hyundai appears no longer willing to sustain for this specific project.
Is Supernal shutting down completely? Why did Hyundai reduce funding for Supernal? How many employees were affected? Sources: Orange County Business Journal
Supernal Reduces Workforce by 80% in Major Strategic Pivot
Details of the Restructuring
Financial Pressures and Parent Company Strategy
The Broader eVTOL Industry Context
Regulatory Compliance
AirPro News Analysis
Frequently Asked Questions
No. The company is retaining a small team of approximately 70–80 employees to continue limited operations, though it has paused its aggressive push toward commercial manufacturing.
The decision is attributed to high cumulative losses (approx. $1.3 billion USD) and a strategic shift by the parent company toward sectors with more immediate profitability, such as robotics and autonomous driving.
296 employees were laid off, representing about 80% of the workforce.
Photo Credit: Supernal
-
Regulations & Safety5 days agoFAA Revokes Starflite Aviation Certificate Over Falsified Records
-
Regulations & Safety1 day agoGreen Taxi Aerospace Gains FAA Approval for Electric Taxi System
-
Regulations & Safety3 days agoSingapore Airlines A350 Collides with Spirit Airlines Jet at Newark Airport
-
Business Aviation5 days agoMexico’s Updated APIS Protocols and Doors Closed Confirmation
-
Technology & Innovation3 days agoRTX Hybrid-Electric Plane Demonstrator Completes Key Ground Test