Electric Cars

At the recent California International Airshow, two pioneering California companies, Joby Aviation and Archer Aviation, introduced their electric vertical take-off and landing (eVTOL) aircraft to the public. These demonstrations marked a crucial moment for the burgeoning flying taxi industry, highlighting the quiet operation and advanced technology of these vehicles. Both firms are engaged in a race to launch passenger services in the coming years, aiming to revolutionize urban mobility and airport transportation with their zero-emission, all-electric designs. The airshow served as a platform to showcase their progress and address public perception regarding the future of aerial commuting.

Electric Vertical Take-off and Landing Aircraft Make Public Debut at California International Airshow

On a bright Saturday afternoon, October 5, 2025, the California International Airshow in Monterey County played host to a groundbreaking display of future urban air mobility. Two leading California-based companies, Joby Aviation and Archer Aviation, presented their electric vertical take-off and landing (eVTOL) aircraft in their inaugural public flight demonstrations in the United States. The 10-minute demonstrations by both companies were notably quiet, producing only a subtle hum that contrasted sharply with the typical roar of traditional aircraft, a key selling point for their vision of ride-share-like services in congested urban areas. Industry experts, including Didier Papadopoulos, President of Aircraft OEM at Joby, emphasized that the quiet nature of these aircraft, along with stringent safety measures, is paramount for public acceptance.

Joby Aviation, established in 2009, showcased an eVTOL with six tilting propellers, allowing for seamless transitions between vertical take-off and forward flight, as well as precise hovering capabilities, including a 540-degree spin during its exhibition. Papadopoulos highlighted the aircraft's advanced fly-by-wire flight control system, developed from decades of research by NASA and the Air Force, designed for intuitive operation. Joby aims to commence passenger services by 2026, with an initial launch planned for Dubai. Their aircraft boasts a 150-mile range, optimized for shorter city trips of 20 to 30 miles, significantly reducing travel times between key urban points.

Archer Aviation, founded seven years ago, demonstrated its 'Midnight' eVTOL with a more conventional runway take-off during its 10-minute slot. Unlike Joby's design, the 'Midnight' features twelve propellers—six for tilt and six fixed—providing both vertical and forward thrust. Archer recently announced a partnership with the Los Angeles 2028 Olympics to facilitate VIP and fan transport between major venues like the Los Angeles Memorial Coliseum and the Los Angeles International Airport. While an Archer Aviation representative was unavailable for comment during the weekend, their participation underscores a commitment to integrating eVTOLs into future mega-events, aiming to drastically cut commute times, such as reducing the Newark Liberty International Airport to downtown Manhattan journey to under 10 minutes.

The debut of Joby Aviation and Archer Aviation's eVTOLs at the California International Airshow marks a pivotal moment in the advancement of air mobility. This event underscores the industry's commitment to developing quiet, efficient, and environmentally friendly transportation solutions, particularly for urban environments. The emphasis on reduced noise levels and advanced safety features, as highlighted by Joby's president, is crucial for gaining widespread public acceptance and regulatory approval. As these companies progress towards launching passenger services, their success could herald a transformative shift in how people navigate congested cities and travel between key destinations, potentially offering a sustainable and time-saving alternative to traditional ground and air transport.

Bridging the Naval Divide: China's Carrier Ambitions vs. US Expertise

Technological Ascendancy: China's Rapid Carrier Advancements

China has achieved remarkable progress in its carrier capabilities. Recent demonstrations showcased its newest aircraft carrier, the Fujian, successfully launching jets via electromagnetic catapults. This advanced system, once a hallmark solely of the US Navy's cutting-edge Ford-class vessels, signifies a major technological leap for China. Notably, these launches included stealth jets, a feat the US has yet to publicly achieve from its carriers. While the construction and engineering aspects of these sophisticated ships are progressing swiftly, naval strategists emphasize that the true measure of power lies in the seasoned crews, operational knowledge, and tactical doctrines required to effectively deploy and manage such complex assets. As one expert noted, developing skilled personnel and refined operational procedures demands significantly more time than merely constructing the hardware.

Fleet Comparison: China's Growing Presence Versus US Dominance

Currently, China possesses three aircraft carriers. Its initial two, the Liaoning and Shandong, are functional but rely on Soviet-era ski-jump launch systems. The Fujian represents a significant upgrade with its electromagnetic catapults, marking a transition to more modern capabilities. In stark contrast, the US Navy operates eleven nuclear-powered aircraft carriers, all equipped with catapult systems—either steam-driven on its Nimitz-class vessels or electromagnetic on the newer USS Gerald R. Ford. While China's carriers are conventionally powered, there are indications it is exploring nuclear propulsion for future designs. The primary distinction between the two navies' carrier fleets lies not just in quantity or power source, but in the profound depth of operational experience. The US Navy boasts a century-long legacy of carrier operations, a stark difference from China's relatively nascent program, which began just over a decade ago.

Air Wing Capabilities: The Evolution of Carrier-Based Aviation

China's recent launch footage showcased the Shenyang J-35 stealth fighter, a fifth-generation aircraft seen as a direct competitor to the US F-35 Lightning II. This test made China the first nation to perform an electromagnetic catapult launch with a stealth aircraft. However, American carriers have already deployed the F-35C, the carrier-adapted stealth fighter variant, in combat scenarios, demonstrating its proven capabilities. China's existing primary carrier aircraft, the Shenyang J-15, a heavy derivative of a Soviet design, is limited by ski-jump launches on its older carriers. The Fujian's catapults will enable this aircraft, and its upgraded variants, to operate with maximum combat efficiency. While the US Navy still largely employs the F/A-18 Super Hornet and EA-18 Growler, its carriers can support substantially larger air wings, typically 60-70 aircraft, far exceeding China's current capacity. Furthermore, with the KJ-600 early warning and control aircraft, China's new carrier can extend its surveillance and coordination capabilities, similar to the US E-2D Hawkeye, enhancing the tactical reach of its carrier groups.

The Indispensable Role of Operational Experience and Expertise

The US Navy possesses unparalleled operational experience, refined over decades of continuous global deployments, from peacetime patrols to major conflicts. This extensive history has cultivated a highly skilled workforce of technicians and operators. China, still relatively new to carrier operations, relies on a smaller pool of experienced personnel, primarily accumulated over the past decade. Its carriers have only recently ventured beyond coastal waters, undertaking limited long-duration missions, meaning the fleet's readiness has not been rigorously tested under diverse and demanding conditions. Experts highlight that while the US benefits from multi-generational institutional knowledge embedded in its training academies and simulation facilities, China is building its expertise from the ground up. The transition of China's first generation of carrier sailors into leadership roles is underway, and the nation is actively developing its operational doctrine. However, cultivating the extensive human capital required for sustained, multi-shift carrier operations, particularly in a conflict environment, remains a considerable long-term undertaking that cannot be expedited.

The Path Forward: Sustaining Growth and Overcoming Challenges

As the US Navy proceeds with the development of its Ford-class carriers, China continues its sea trials for the Fujian. Once fully operational, the Fujian will join the Liaoning and Shandong, significantly bolstering China's naval presence in the Indo-Pacific. Expectations are high for further expansion of China's carrier fleet, supported by its robust shipbuilding industry. A key technological hurdle China may seek to overcome for its broader blue-water ambitions is the adoption of nuclear propulsion for its surface combatants. Although China successfully operates nuclear-powered submarines, its current carriers rely on conventional power, limiting their range without foreign refueling support. While there is speculation about a potential nuclear-powered fourth carrier, new technology inevitably introduces new challenges and learning curves. China's continued success in developing an effective carrier force will hinge on its ability to cultivate experienced personnel and adapt its skillsets to address these evolving operational complexities.