As drones shuttle through city streets delivering packages and flying cars take off and land smoothly in low-altitude airways, a trillion-level low-altitude economy market is rapidly emerging. In this aerial revolution, titanium alloy, known as the 'space metal,' is becoming the 'backbone' of low-altitude aircraft with its lightweight, high strength, and corrosion-resistant properties, ushering in a 'titanium' era for the low-altitude economy.
The concept of the 'low-altitude economy' was first proposed in 2010, incorporated into the national plan in 2021, and included in the government work report in 2024. It has now become a national strategic emerging industry. According to the plan, by 2030 the low-altitude economy will reach a market scale of trillions, and by 2035 it is expected to reach 3.5 trillion yuan.
The low-altitude economy encompasses various aircraft such as drones, eVTOLs (electric vertical takeoff and landing aircraft), and helicopters, penetrating a range of scenarios including logistics, agriculture, rescue, and tourism. In its industry chain, upstream raw materials and core components provide key support. As aircraft evolve towards lightweight and high-efficiency designs, high-performance materials like titanium alloy are witnessing unprecedented development opportunities. Data shows that in 2024, domestic consumption of titanium materials in the low-altitude economy reached 123,000 tons, a year-on-year increase of 42%, and it is expected to exceed 180,000 tons in 2025, with a market size of 48 billion yuan.
Titanium alloys stand out in the low-altitude economy thanks to their irreplaceable performance advantages. From drones to flying cars, the application of titanium alloys has formed a three-dimensional layout with 'structure as the main focus, power as the auxiliary, and connections as the foundation.' With breakthroughs in additive manufacturing, scrap remelting, and other technologies, the cost of titanium alloys continues to be optimized, moving from high-end manufacturing toward large-scale applications. On the policy side, the establishment of the Low-Altitude Economy Development Department and the improvement of relevant regulations provide a favorable environment for the use of titanium alloys.
Driven by both policy support and technological innovation, the deep integration of titanium alloys and the low-altitude economy will continue to expand. In the future, as more low-altitude aircraft empowered by titanium alloys soar through the sky, the 'titanium' era of the trillion-yuan low-altitude economy is something we can all look forward to!
