We investigate several predictions about the properties of IIB flux vacua on Calabi-Yau orientifolds, by constructing and characterizing a very large set of vacua in a specific example, an orientifold of the Calabi-Yau hypersurface in WP(sub 1,1,1,1,4) (sup 4). We find support for the prediction of Ashok and Douglas that the density of vacua on moduli space is governed by det(-R-(omega)) where R and (omega) are curvature and Kaehler forms on the moduli space. The conifold point (psi) = 1 on moduli space therefore serves as an attractor, with a significant fraction of the flux vacua contained in a small neighborhood surrounding (psi) = 1. We also study the functional dependence of the number of flux vacua on the D3 charge in the fluxes, finding simple power law growth.