Beach is not only the hot spot of coastal tourism activities, but also the front line of dealing with land-sea interaction and anthropogenic climate change. In the "post-epidemic" era, integrating resilient and healthy cities into local development planning to establish self-immune is critical in building an autoimmunity, self-adaptive and self-healing local resilience development mechanism ensuring the health of the system. In this study, we developed a resilience assessment framework based on the coping ability and adaptation ability of the system. The results showed that: (1) in Dapeng beach-community complex system, the health-resilience level of social subsystem (0.38±0.16, Mean±SD) was lower than that of ecological subsystem (0.65±0.10). (2) According to the classification of beach management, the social resilience (0.53±0.16) and ecological resilience (0.67±0.08) of beach in category I were the highest. The health-resilience of bathing beaches was higher than beaches with enclosed management and closed management. Besides, the beaches with open management scored the lowest in the ecological subsystem while it got the higher score in the social subsystem. (3) Similarity percentage analysis showed that the coverage rate of emergency shelters (19.4%, contribution), beach cleanliness (16.5%), and coverage rate of public health facilities (16.1%), as indicators of health status, were also the main controlling factors causing differences in beach health-resilience. Improving such health indicators is key to improve the resilience of beach-community systems. In this study, we revealed that there were some management shortages in the beach-community system, such as natural resources dispersion, significant difference between supply coverage and quality of health infrastructure service. We provided a scientific basis for the sustainable development of the Dapeng Peninsula and the realization of the value of beach ecological products.