The scattering strength of air bubbles in water has been determined experimentally at frequencies of 1 and 5 MHz. The bubble size and sound frequencies represent the short wavelength limit, whereka>1. By scanning the sound fields with a PZT transducer of 1 mm radius, angular distributions have been obtained out to an angle of 35° with and without the scatterers present. The results agree well with recent scattering measurements in suspensions and also with scattering theory.