The 360 Mobility Mega Show in Taipei is showcasing new advancements in green, next, and connected mobility [1].
This exhibition highlights the rapid integration of aviation and automotive technologies, signaling a shift toward multimodal urban transport systems. The event serves as a hub for demonstrating how autonomous systems and electric propulsion can reduce urban congestion.
Organizers are presenting breakthroughs in electric vertical takeoff and landing vehicles, known as eVTOLs, and autonomous vehicles [1]. The show also features advancements in LIDAR, Advanced Driver Assistance Systems (ADAS), and sma technologies [1]. These tools are designed to increase safety and efficiency in connected mobility environments.
This event follows a broader trend of global mobility showcases. For example, Chery recently presented a technology portfolio for the future of mobility at the Beijing Auto Show on April 24, 2026 [3]. Similarly, Volkswagen shared future car concepts and technology upgrades during the IAA Mobility event in Munich from Sept. 9-14, 2025 [5].
Industry leaders have used these platforms to explore what the future of driving means for global leadership [2]. The integration of these technologies suggests a move toward a fully connected ecosystem where vehicles communicate in real time to optimize traffic flow.
While the current show focuses on the 360-degree mobility experience [1], the industry has a long history of exploring connected solutions. Taipei previously hosted the WiMAX Expo on May 30, 2008, to showcase wireless connectivity solutions [4]. The current shift toward autonomous and electric flight represents the next evolution of those earlier connectivity goals.
“They're showcasing breakthroughs in eVTOLs, autonomous vehicles, LIDAR, ADAS, and sma”
The convergence of eVTOLs and autonomous driving technologies in a single showcase indicates that the industry is moving beyond simple electrification. By combining LIDAR and ADAS with vertical flight, developers are attempting to solve the 'last mile' problem of urban transit, potentially shifting traffic from ground-level roads to low-altitude airspace.
