The Unmanned Autonomous Self-Propelled Tractor is a powerful agricultural machine that serves as an aid to modern farming. Its design integrates walking mechanisms, steering mechanisms, power transmission systems, and a range of field management devices, forming a highly automated and intelligent operational platform. This innovative machine not only supports a variety of field operations such as ditching, weeding, fertilizing, seeding, burying vines, initial plowing, and re-plowing, but also adapts flexibly to different soil types and cultivation needs, greatly enhancing the efficiency and flexibility of agricultural production.

In ditching operations, the Unmanned Autonomous Self-Propelled Tractor also demonstrates its exceptional performance. Its intelligent navigation system plays a crucial role here as well. Equipped with a specialized ditching device, it ensures that the depth and width of the ditch meet preset requirements. It can flexibly adjust the depth, width, and spacing of the ditches according to crop planting needs and soil conditions. Whether planting fruit trees, vegetables, or other crops, this autonomous tractor can easily carry out ditching operations, providing an ideal soil environment for crop root growth.

In the critical sowing phase, the Unmanned Autonomous Self-Propelled Tractor, through its high-precision intelligent navigation system, can carry out accurate sowing according to the preset planting plans and the optimal spacing for crop growth. This capability not only reduces sowing errors caused by human factors but also optimizes seed distribution, laying a solid foundation for uniform crop growth and maximum yield.

During the crop growth phase, the Unmanned Autonomous Self-Propelled Tractor plays an indispensable role. Its weeding function effectively controls weed competition, creating a better growing environment for crops. Meanwhile, the intelligent navigation system, combined with advanced field management devices, enables the tractor to perform necessary maintenance tasks during different growth stages, such as timely fertilization and pest control, ensuring crops receive proper care throughout their entire growth cycle.

The close integration of Unmanned Autonomous Self-Propelled Tractor with activities like seeding and growth in modern agriculture not only enhances agricultural production efficiency but also optimizes resource utilization. It provides strong technical support for achieving agricultural modernization and promoting rural economic development. This autonomous tractor is compatible with a variety of existing tractor-mounted farm tools, which means farmers can easily upgrade to a more efficient and intelligent mode of operation without changing their traditional farming habits. This not only frees farmers from manual labor, allowing them to engage in more value-creating activities but also promotes the transformation of agriculture toward smart, precise methods, paving a new path for sustainable development in modern agriculture.