Study on Optimization Design for Man–Machine Combination of a Self-propelled Anti-aircraft Gun Vehicle (SODMMCSPAGV)

Under the conditions of a self-propelled anti-aircraft gun vehicle operation, some unfavourable factors and the unreasonable operational interface designs effect the operational efficiency of gunner as well as the weapon performance. Thorough analysis of the self-propelled anti-aircraft gun man–machine combination shows us the importance and significance of optimizing the current designs interface. The researchers adopt the method of field test to study the temperature, humidity, noise and interface to influence operations of gunner. With this development, a man–machine combination optimization design proposal for self-propelled anti-aircraft gun vehicle is brought into use. The contribution can have important guiding significance for design and development of a self-propelled anti-aircraft gun vehicle. Furthermore, it also has important military significance to improve the level of gunner training and effectiveness.