The industrial design of agricultural machinery not only determines the appearance, but also affects the functional layout, human-machine experience and market competitiveness. Unlike consumer goods, agricultural machinery needs to deal with high-intensity operations, complex environments and long-term durability requirements, so the design process must take into account technical feasibility, structural safety and ease of use. The design attaches importance to preliminary research and analysis. Through in-depth understanding of user needs, combined with industrial trends and manufacturing processes, a systematic strategy is formed, and conceptual conception, appearance modeling, structural optimization, verification and mass production are promoted in turn to ensure that the product is practical and reliable. It also has a distinct visual language and brand value.

The industrial design of agricultural machinery not only defines its appearance but also shapes its functional layout, user experience, and market competitiveness. Unlike consumer products, agricultural equipment must withstand intensive workloads, complex environments, and long-term durability requirements. Therefore, the design process must balance technical feasibility, structural safety, and ease of use. Great emphasis is placed on early-stage research and analysis-gaining first-hand insights into user needs, aligning with industry trends, and integrating manufacturing processes-to develop a systematic strategy. This strategy progresses through concept ideation, exterior styling, structural optimization, testing, and mass production, ensuring that the final product is not only practical and reliable but also distinguished by a strong visual identity and brand value.