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The Airboots invention by Associate Professor Dr. Vu Ngoc Anh represents a breakthrough in agricultural technology. This is the new generation of agricultural vehicles with ultra-lightweight, superior to drones in pesticide spraying, fertilization, and seed sowing. Airboots use multiple small floats to easily move across rice fields without sinking, requiring no water canals, and without damaging the rice plants. The operating principle is based on Archimedes’ force, allowing the machine to float on the field and be propelled by propellers. The machine has an automatic control system and can be managed through a smartphone.

An experiment on Airboots has yielded promising results, indicating that the vehicle consumes only one-third of the energy compared to drones of the same weight. Theoretical predictions suggest that Airboots could reduce the required power by at least 70% compared to traditional drone technology, resulting in a maximum reduction of two-thirds in operating costs compared to drones

Airboots are not only efficient in operation but also significantly cost-effective. Thanks to the sliding mechanism, the vehicle reduces the risk of collisions, thereby lowering maintenance and equipment replacement costs. This enhances durability and reduces vulnerability, contributing to the creation of a more sustainable and economically viable agricultural solution