2026 Japan International Advanced Air Mobility Expo

The 2026 Japan International Advanced Air Mobility Expo (IAAM) is an annual grand event meticulously organized by the Japan Unmanned Aerial Vehicle Industry Association (JUIDA), focusing on the exhibition and exchange of Advanced Air Mobility (AAM), Unmanned Aerial Vehicles (UAV), and their related cutting-edge technologies. The expo aims to gather top innovative forces from around the world to jointly explore and promote the innovative development and industrial cooperation in the future air mobility sector. As one of the most influential professional exhibitions in the drone industry in Japan and even the entire Asian region, IAAM annually attracts extensive participation from drone manufacturers, technology suppliers, solution providers, government agencies, research institutions, and industry professionals worldwide. The exhibition is grand in scale and rich in content, not only covering the latest achievements in advanced aircraft but also featuring in-depth technical seminars, industry forums, and efficient business matching activities, providing exhibitors and visitors with a comprehensive and multi-level platform for exchange and cooperation. Through IAAM, participating companies can effectively expand their markets and seek partners, while professional visitors, including drone R&D companies, air traffic managers, and market purchasers from related industries, can get first-hand information on industry trends, procure the latest technologies and products, and jointly contribute to the booming development of the advanced air mobility industry.

The exhibit range of the 2026 Japan International Advanced Air Mobility Expo (IAAM) covers various key aspects and cutting-edge technologies in the advanced air mobility field, aiming to fully showcase the unlimited possibilities of future air travel. Specific exhibits include: various advanced unmanned aerial vehicle systems, such as multi-rotor drones, fixed-wing drones, vertical take-off and landing (VTOL) drones, unmanned helicopters, unmanned airships, covering consumer-grade, industrial-grade, military-grade, and special-purpose drones; electric vertical take-off and landing (eVTOL) aircraft, including passenger and cargo eVTOLs, and related battery technology, motor systems, composite materials, lightweight structures, etc.; Air Traffic Management (ATM) systems and solutions, such as airspace management systems, flight path planning, airborne collision avoidance systems, navigation and positioning technology, communication link systems, data link technology, 5G/6G communication applications, etc.; drone payload equipment, such as high-resolution cameras, multispectral/hyperspectral sensors, LiDAR, thermal imagers, gas detectors, cargo transport pods, etc.; drone ground control systems and software, including ground stations, flight control software, mission planning software, data processing and analysis software, artificial intelligence and machine learning algorithms, etc.; drone security and counter-drone technologies, such as drone detection systems, anti-drone jamming equipment, drone capture systems, etc.; drone application solutions, covering agricultural plant protection, power line inspection, geographic surveying and mapping, logistics and transportation, emergency rescue, environmental monitoring, aerial photography for film and television, security surveillance, infrastructure inspection, and many other industry sectors; as well as drone-related components and services, such as engines, propellers, flight control systems, navigation modules, sensors, connectors, charging equipment, maintenance services, pilot training, insurance and legal consulting, etc., jointly building a complete advanced air mobility ecosystem.

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