A ring R is called almost-quasi-commutative if for each x, y ∈ R there exist nonzero relatively prime integers j = j(x, y) and k = k(x, y) and a non-negative integer n = n(x, y) such that jxy = k(yx)n. We establish some general properties of such rings, study commutativity of almost-quasi-commutative R, and consider several examples.