The results of Molecular Dynamics simulations of borate glass (B2O3) using three-particle interactions are presented. These calculations yield a glass consisting of randomly connected BO3triangles. Infrared and Raman spectra have been calculated and compared with experimental spectra. The calculated infrared spectra show two main bands, one at 650 cm−1and one at 1250 cm−1, in agreement with experiment. The Raman spectra reproduce the experimental peak at 805 cm−1but the peak width is a factor of ten too large. Apparently, the simulated glasses have less short range order than the laboratory glasses.