Let A be an abelian variety and G a finite group acting on A without translations such that A/G is smooth. Consider the subgroup F ≤ G generated by elements fixing at least a point. We prove that there exists a point x ∈ A fixed by the whole group F and that the quotient A/G is a fibration of products of projective spaces over anétale quotient of an abelian variety (theétale quotient being Galois with group G/F ). In particular, when G = F , we may assume that G fixes the origin, and this reduces the classification of smooth quotients to previous work by the authors, where the case of actions fixing the origin was treated.An ingredient of the proof of our fixed-point theorem is a result proving that in every irreducible complex reflection group there is an element which is not contained in any proper reflection subgroup and that Coxeter elements have this property for well-generated groups. This result is proved by Stephen Griffeth in an appendix. MSC codes: primary 14L30, 14K99; secondary 20F55.