We report a theoretical study of elastic electron- collisions in the 3-80 eV energy range. Calculations are carried out in a fixed-nuclei approximation at the ground-state equilibrium geometry of ozone. The Schwinger variational iterative method is used to calculate the low partial-wave scattering amplitudes at the static-exchange level whereas higher partial-wave contributions were taken into account through a Born-closure procedure using a point-dipole potential. The results presented are compared with available experimental and theoretical data in the literature and results are encouraging.