Conference Background

The global aviation industry is in an important period of steady market recovery, in-depth technological iteration and comprehensive upgrading of operational models. Over the next two decades, the continuous expansion of the global civil aviation fleet, the mass delivery of new-generation civil aircraft, and the rapid emergence of the low-altitude economy and urban air mobility will drive the growing demand for airborne control systems and key components, including flight control, hydraulic, fuel, brake, landing gear and environmental control systems, bringing broad development prospects to the industry. Meanwhile, the global aviation industry is accelerating its transition toward green, low-carbon, intelligent, efficient, safe and reliable operations, which sets higher requirements for the integration level, control accuracy, energy efficiency and full-life-cycle reliability of airborne systems. 

Driven by both technology and industry, airborne control systems are undergoing profound changes. Digitization, intelligence and deep multi-system integration have become mainstream trends. Model-based design, digital twin, intelligent sensing and predictive maintenance technologies are widely adopted, significantly improving system control accuracy, operational stability and maintenance efficiency. Open architecture, software-defined control and modular design are gradually gaining popularity, enabling faster system iteration, stronger adaptability and optimized full-life-cycle costs.

At present, the airborne control system and component industry is facing multiple practical challenges: rising complexity of system integration and growing difficulties in cross-domain collaboration; increasingly stringent airworthiness certification standards that further extend R&D and verification cycles; dynamic adjustments in the global supply chain that put prominent pressure on key component delivery and cost control; as well as continuous needs to strengthen and upgrade high-end processes, advanced test and verification capabilities, and efficient production capacity supply.Airborne Systems Control and Components Technology Congress 2026, themed "Digital Intelligence Empowerment · Airborne Collaboration — Innovation in Aviation Control Technology and Efficient Industrial Development", focuses on cutting-edge technologies of airborne control systems, core component innovation, system integration optimization, test and verification capability improvement and industrial collaboration. It brings together industry experts, original equipment manufacturers, core suppliers, research institutions and industrial platforms from around the world to discuss technological trends, share engineering experience and promote cooperation and connectivity. The conference will help advance airborne control systems and components toward greater intelligence, efficiency, reliability and green development, supporting the high-quality and sustainable growth of the global aviation industry.

Organizational Structure

· Organizers: Shanghai Society of Aeronautics​​​​​​​​​​​​​​

· Organizers: Automatic Control Committee of SSA, Galleon (Shanghai) Consulting Co., Ltd.

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Highlights

we were established in 2008, we are a professional platform operator dedicated to the global aviation industry.

Registration

we were established in 2008, we are a professional platform operator dedicated to the global aviation industry.