Abstract: Molecular dynamics simulations have been performed for the collision of C₆₀ with a graphite（0001）surface utilizing two kinds of interaction models. At the impact energy of 90eV and 150eV, the C₆₀ defroms severely and then returns to its sphere-like shape and rebounds without dissociation. The extremely stability and inelastic property of C₆₀ molecules during the surface scattering have been reproduced. In addition, the calculated final center-of-mass kinetic energies of the rebounding C₆₀ in both models are in good agreement with experimental results.