In the fields of aerospace and biomedicine, the storage and transportation will affect the reliability and lifespan of the missiles. In response to the requirements in this field, the role of environmental monitoring systems is becoming increasingly evident. The system will record and store environmental parameters, providing data support for the design of anti-aircraft missiles and effectively enhancing their reliability. This article introduces a multifunctional environmental monitoring system for complex environments, which can effectively understand the changes in environmental parameters of products during storage and transportation, and provide reference value for the design of subsequent anti-aircraft missiles. This article achieved system validation through literature review, actual product trial production, and basic environmental testing
 

multifunctional,environmental monitoring,low-power design