The low-altitude economy is transitioning from pilot demonstrations to large-scale 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, an 8% year-on-year increase.

With the surge in drone numbers, the question of whether they can take flight is no longer the sole concern. The new challenge for scaled operations is how to make drones fly more efficiently. More aircraft does not automatically translate to higher efficiency.

In the past, when low-altitude applications were on a smaller scale, the industry's focus was primarily on individual performance metrics like range, payload, and endurance. As flight activities intensify, the same airspace may face multiple operators, different aircraft models, and varied mission requirements simultaneously. While individual aircraft performance remains important, mission scheduling and operational coordination now directly impact overall efficiency once fleets grow.

Equipment quantity determines supply capacity, but equipment utilization drives operational efficiency. Each additional drone requires more personnel for dispatching, route coordination, and anomaly handling. The revenue from new equipment may be eroded by rising operational costs if coordination isn't optimized. Poor mission scheduling can also lead to redundant flights, excessive hovering, and idle equipment. For high-frequency operations like logistics and inspection, these inefficiencies are inevitably reflected in the unit cost per mission.

This is the critical "coordination equation" that scaled operations must solve. The goal is to flexibly allocate existing equipment to accomplish more productive missions. For instance, if one drone fails, can others step in seamlessly? When multiple aircraft contend for limited routes, how can waiting time be minimized? With small fleets, manual coordination may suffice, but as numbers grow, relying solely on adding staff becomes unsustainable. Enhancing fleet-level coordination is essential for continued efficiency gains.

For companies, single-aircraft performance dictates mission capability, but coordination determines the productivity of the entire fleet. Purchased equipment represents assets and capacity; only consistent mission completion converts that into revenue. If fleet expansion leads to proportionally more waiting time, idle time, and labor costs, the company gains only numeric growth without genuine efficiency improvements. Upgrading dispatching methods, operational organization, and service capabilities allows the same assets and personnel to cover more missions.

Equipment sales are measured by the number of aircraft delivered, whereas operational services are evaluated on how many missions a fleet completes daily, the staffing required, and the cost per mission. As sustained operations in logistics, inspection, and emergency response expand, competitive advantage comes not just from aircraft specs but from the ability to transform equipment into reliable service delivery.

The question of "can it fly" in low-altitude projects is verifiable through short-term trials. However, scaled operations demand sustained performance, cost controllability, and rapid recovery after disruptions. Sectors with stable demand and high mission frequency, such as logistics, inspection, and emergency services, are ideal proving grounds for operational scale.

The yardstick for evaluating low-altitude technology must evolve accordingly. Beyond speed, range, and payload, metrics should include effective missions per unit of time, equipment utilization rates, and reductions in unit mission costs.

The low-altitude economy is shifting from "building aircraft" to "utilizing aircraft." The number of aircraft produced indicates industrial supply capability, but the cost efficiency and organizational effectiveness of deploying them continuously will determine the industry's long-term trajectory. Converting coordination capabilities into higher equipment utilization, lower unit costs, and more stable service supply is how the scale of the low-altitude economy becomes genuine value.