How agricultural drones are revolutionizing traditional farming and conquering complex fields？

Compared to traditional manual farming, agricultural drones offer core advantages in three main dimensions: efficiency, safety, and precision. Furthermore, through technological adaptation, they can flexibly adapt to complex field environments.

In Terms Of Efficiency

Traditional manual pesticide spraying typically covers only 5-8 mu (approximately 0.3-0.2 hectares) per day, while a single agricultural drone can complete 15-20 mu (approximately 1 hectare-1 hectare) per hour. This significantly shortens farming time, especially in large-scale farmland operations, ensuring the timeliness of agricultural activities.

Regarding safety

Drones allow for remote control, preventing farmers from direct contact with pesticides and reducing health risks. Simultaneously, operators no longer need to enter muddy, steep, or other potentially hazardous areas, fundamentally improving the safety of agricultural production.

In terms of precision

Modern agricultural drones are generally equipped with high-precision positioning systems and intelligent spraying control modules. They can achieve quantitative and targeted spraying of pesticides based on preset flight paths, crop type, and growth stage. This not only effectively reduces pesticide waste and environmental pollution but also significantly improves pest and disease control.

For complex terrains such as hills and mountains

Agricultural drones equipped with terrain following, automatic altitude control, and intelligent obstacle avoidance functions can smoothly and flexibly navigate between undulating crop belts by adjusting their flight altitude and autonomously planning their paths, achieving comprehensive and seamless operational coverage and fully meeting diverse practical production needs.