Zhiyuan unveils world’s first tri-ducted wearable eVTOL jetpack

In a groundbreaking demonstration, Zhiyuan presented the world's first tri-ducted wearable electric vertical takeoff and landing (eVTOL) jetpack in China. This innovative aircraft boasts a unique propulsion system that enhances safety during flight, enabling pilots to land securely even under emergency conditions. The design also emphasizes ease of use, allowing individuals without extensive flying experience to operate it with relative confidence, making personal flight more accessible. Additionally, the flight control system is engineered to adapt to turbulent weather, ensuring smooth rides for users. This emerging technology represents a pivotal step in China's efforts to expand its low-altitude economy, which encompasses drones and various aircraft operating below 3,280 feet. The Chinese government actively supports developments in low-altitude aviation, looking to integrate these advanced technologies into the broader framework of traffic management and urban mobility solutions. Developing eVTOL technologies like Zhiyuan's jetpack highlights the country's aspirations to become a leader in next-generation air mobility, as traditional transport methods are increasingly burdened by congestion. The jetpack's multifunctional potential has raised excitement, with use cases spanning emergency rescue operations, infrastructure maintenance, and cleaning skyscrapers. Despite the impressive demonstration and the aircraft's capabilities, specifics regarding availability for public purchase and pricing are still unclear, leaving enthusiasts and potential customers eagerly anticipating future announcements. The introduction of such personal flying technology signals a transformative shift in urban transportation, with the potential to redefine commuting patterns for urban dwellers. As the exploration of air mobility technologies intensifies, both domestic and global stakeholders will scrutinize their implications for the future of mobility and environmental sustainability.