The low-altitude economy is transitioning from pilot demonstrations to large-scale commercial operations. Data shows that in the first half of this year, China's registered civilian drones surpassed 4.788 million, with cumulative flight hours reaching 26.414 million, a year-on-year increase of 8%. With the growing number of drones, the question of whether they can take to the skies is no longer the only concern.

The new challenge for scaled operations is how to make these drones fly more efficiently. Having more aircraft does not automatically equate to higher efficiency. In the past, when low-altitude applications were limited in scale, the industry focused primarily on individual aircraft performance metrics such as range, payload, and endurance. As flight activities increase, the same airspace may simultaneously host multiple operators, different aircraft models, and various mission requirements. While individual performance remains crucial, mission planning and operational coordination are now directly impacting overall efficiency as drone numbers rise.

Mastering the "coordination equation" aims to flexibly allocate existing equipment to accomplish more effective tasks. For instance, if one drone is grounded due to a malfunction, can other units seamlessly take over its duties? When multiple aircraft need to traverse a limited flight path, how can waiting times be minimized? With a small number of aircraft, some issues can be resolved through manual coordination. However, as numbers continue to grow, relying primarily on adding more personnel for scheduling makes efficiency gains increasingly difficult, necessitating continuous improvement in fleet coordination capabilities.

For enterprises, individual aircraft performance affects the operational capability of a single unit, while coordination capability influences the overall output efficiency of the entire fleet. Purchased equipment represents assets and capacity, but only by consistently completing effective missions can it be converted into revenue. If fleet size expands while waiting time, idle time, and labor input increase proportionally, the business gains only more hardware, not improved efficiency. Only by upgrading dispatch methods, operational organization, and service capabilities simultaneously can the same equipment and personnel cover a greater number of missions.

Equipment sales are often measured by how many aircraft are delivered, whereas operational services are evaluated by how many tasks a fleet completes daily, how many personnel are required, and how much each mission costs. As continuously operating businesses such as logistics delivery, inspection services, and emergency support grow, companies are competing not just on individual aircraft capabilities, but also on the ability to convert equipment into reliable, stable service provision.

The question of whether a low-altitude project "can fly" can often be validated through short-term trials. Large-scale operations, however, depend on whether operations can be sustained, costs can be reduced, and rapid recovery can be achieved after disruptions. Scenarios with relatively stable demand and high mission frequency, such as logistics, inspection, and emergency response, are better suited as proving grounds for large-scale operational capability. The yardstick for evaluating low-altitude technology must also shift accordingly — in addition to speed, range, and payload, we must also consider how many effective tasks are completed per unit of time, whether equipment utilization rates have improved, and whether unit mission costs have declined.

The low-altitude economy is evolving from "manufacturing aircraft" to "putting aircraft to work." How many aircraft can be produced reflects the industry's supply capacity, but how efficiently and cost-effectively these aircraft can be continuously organized determines how far the industry can go. By transforming coordination capability into higher equipment utilization, lower unit mission costs, and more stable service supply, the scale of the low-altitude economy can truly translate into economic benefits.