In the early 1960s, US Air Force lost missile launch bases during ICBM development by a defect in the missile design and operation plan. U.S. DoD realized the limitation of the existing accident prevention method. Therefore, the weapon development required system safety activity, and procurement projects of U.S. DoD applied MIL-STD-882(System Safety). Development projects of U.S. DoD more emphasized the importance of system safety after the space shuttle Challenger exploded in 1986. Currently, Airworthiness certification for military aircraft uses system safety to minimize accidents. The domestic defense aviation R&D projects also use the system safety for the airworthiness certification. However, non-aviation weapon R&D projects rarely applied system safety. This paper presents a system safety application method for domestic weapon R&D projects by studying the U.S. military standards/organizations and domestic defense aviation projects.

1. 서 론
2. 무기체계 시스템안전 규정
    2.1 MIL-STD-882(System Safety)
    2.2 시스템안전 규정
3. 무기체계 시스템안전 적용 사례
4. 무기체계 시스템안전 적용 방안
    4.1 시스템안전 업무 및 조직체계
    4.2 시스템안전 적용 절차
5. 결 론
References

• Suncheol Park(국방기술품질원) | 박순철 Corresponding Author
• Jinsung Kim(국방기술품질원) | 김진성
• Jonghoon Jin(국방기술품질원) | 진종훈
• Donghwan Yoon(국방기술품질원) | 윤동환