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Radio detection of inclined air showers is currently receiving greatattention. To exploit the potential, a suitable event reconstruction needs tobe developed. The first step in this direction is the development of a modelfor the lateral distribution of the radio signals, which in the case ofinclined air showers exhibits asymmetries due to "early-late" effects inaddition to the usual asymmetries from the superposition of charge-excess andgeomagnetic emission. We present a model which corrects for all asymmetries andsuccessfully describes the lateral distribution of the energy fluence with arotationally symmetric function. This gives access to the radiation energy as ameasure of the energy of the cosmic-ray primary, and is also sensitive to thedepth of the shower maximum.

A Rotationally Symmetric Lateral Distribution Function for Radio Emission from Inclined Air Showers