This paper attempts to study the properties of point-supported glass panel under dynamic load. Based on the dynamic response theory of glass panel, the blast-resistance properties of point-supported glass panel subjected to impact and blast loading are analyzed by LS-DYNA finite element code, and the discussions about the effect of impact loading and conventional blast loading on the point-supported glass panel and the relationships of the dynamic magnification factor and dynamic load are given. Numerical analysis and experimental results are compared. The results show that the responses of glass panel subjected to static load and impact loading and experimental results are in good agreement, the effects of loading time on the dynamic response of glass panel are significant. The response characteristics of glass panel subjected to dynamic load is closely related with the load mode including impact loading and blast loading, and the blast-resistance properties of point-supported glass panel can be significantly improved by relieving stress concentration of the edge of point-supported glass panel hole.