[en] The galvanomagnetic coefficients of indium in high and intermediate magnetic fields are studied both by calculation and by measurement. It is shown that the results of a path integral calculation on the 6 OPW model Fermi surface agree in general with the measurements. A peak of the deviation from Kohler's rule (DKR) in transverse magnetoresistance is found near 5 K. The origin of the peak is discussed in terms of the anisotropic relaxation time. An anisotropy of the Hall coefficient at 293 K is found and discussed in terms of the Fermi surface topology. (author)