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The existing small snow removal machines on the market are intelligent, low in automation, slow in work efficiency, complicated in structure, and poor in overall performance. In order to better optimize the structural design of snow removal machines, improve work efficiency, and increase the degree of intelligence, we designed a A new type of automatic snow removal robot device, which uses computer control, network RTK real-time differential positioning and other technologies to realize fully automatic navigation route planning of snow removal robots, and systematically simulates the hardware mechanism through UG three-dimensional modeling and 3D printing technology Simulation design and optimization to produce physical model, and gives the main performance parameters. After experimental testing, a fully automatic snow removal robot can realize automatic route planning and navigation snow removal, positioning accuracy can be controlled within 5 cm, high degree of automation, flexible operation, strong adaptability to terrain. The work efficiency of the snow removal robot was simulated and calculated. Compared with the existing small snow removal machines on the market, its work efficiency increased by 55.52%. The following conclusions can be drawn from this: a fully automatic snow removal robot has better overall design performance, and an intelligent design can accurately position the snow removal machine, automatically plan the route, and improve the operation efficiency.