Driving device for automobiles, in particular all-terrain vehicles

Claim 1

In a driving device for automobiles, for example all-terrain vehicles, wherein the driving engine can simultaneously drive several vehicle axles by way of a transfer case having an input shaft connected to said driving engine and two output shafts, a constant drive is applied to at least one vehicle axle via one of said output shafts and a differential gear, and a drive for at least one additional vehicle axle is directly provided from the other output shaft via at least one freewheel device that is automatically locking and without a differential gear, the improvement characterized in that: the two output shafts of said transfer case are constantly engaged with said input shaft; said at least one freewheel device comprises separate, automatically lockable freewheel devices associated with each individual wheel on the axle driven thereby, which individual freewheel devices are effective during both forward and reverse travel; and the transmission ratio in the axle drive of the vehicle axle driven by way of the freewheel devices is designed sufficiently larger than the ratio in the axle drive of the constantly driven vehicle axle that at no time during cornering, within the entire possible steering lock range of the steerable vehicle wheels, does there occur a strain due to the relative drives to the constantly driven vehicle axle and the vehicle axle driven by way of the freewheel devices.