Natural inspiration sparks innovation
The unique natural beauty and long-standing ancient transportation hubs of the Jiangnan region have provided the source of inspiration for Anpu Gongying. Our story begins where green mountains and clear waters reflect each other, where the Yangtze River, with its rippling waves, and its tributaries meander through fertile lands, eventually merging into the vast ocean. The unique natural beauty and long-standing ancient transportation hubs of the Jiangnan region have provided the source of inspiration for Anpu Gongying. Our story begins where green mountains and clear waters reflect each other, where the Yangtze River, with its rippling waves, and its tributaries meander through fertile lands, eventually merging into the vast ocean.
Approximately 2,500 aircraft fly over the Yangtze River Delta (i.e., the Shanghai region) every day, with nearly one million flights annually, accounting for about one-fifth of China's total national flights! While these aircraft facilitate global connectivity and drive rapid economic growth, they also pollute the sky and exacerbate the severe problem of global warming.
It is projected that by 2050, the number of global flights will double, meaning annual carbon emissions could reach as high as 2 billion tons! Without sustainable solutions, this growth will cause severe damage to the climate and the planet. As we look up at the crisscrossing contrails, inspiration strikes – we are determined to develop an electric engine that can completely eliminate emissions, reduce operating costs, and decrease noise.
Today, our passionate innovation team is dedicated to developing zero-emission electric propulsion systems for aviation applications, including electric conventional take-off and landing aircraft (eCTOL), electric short take-off and landing aircraft (eSTOL), and electric vertical take-off and landing aircraft (eVTOL). We plan to achieve the airborne application of electric aircraft with our strategic partners in 2026, ushering in a new era of sustainable aviation.