Recently, our company’s newly developed heavy-lift drone for agricultural transport began field trials. Tested in scenarios involving the transport of scallion seedlings for transplanting, the drone replaces traditional manual labor with intelligent technology, thereby reducing the physical burden and boosting efficiency in field operations.
Previously, transporting scallion seedlings relied entirely on manual carrying or shoulder-pole transport; navigating narrow field furrows was time-consuming and exhausting, which limited transplanting efficiency. The drone deployed for these trials features a specialized hoisting and towing mechanism capable of securely suspending bundles of seedlings. It transports them with precision over long distances to designated field locations for accurate drop-off, eliminating the need for manual handling during transit.
On-site footage shows the drone lifting off smoothly and navigating precisely along the field rows. The seedling bundles remain stable and sway-free during flight, landing neatly at the target spots. Farmers simply wait at the planting sites to receive the seedlings, significantly reducing the physical strain associated with trekking back and forth across the fields.
This model is suitable for various agricultural lifting and transport tasks, such as vegetable seedling handling, seedling transfer, and the transport of lightweight agricultural supplies. It features simple controls, stable load-bearing capacity, and flexible lifting capabilities, operating effectively regardless of field ditches or soft terrain. This field trial successfully validated the equipment’s operational performance; moving forward, we will continue to optimize its load capacity and precision-drop accuracy based on field feedback, while rolling out more intelligent agricultural machinery designed for large-scale crop cultivation to facilitate streamlined, modernized agricultural production.
Post time: Jul-02-2026