We consider a classically conformal extension of the Standard Model (SM). The symmetry is radiatively broken by the Coleman-Weinberg mechanism, after which the Higgs field drives electroweak symmetry breaking through a mixed quartic coupling with the SM Higgs doublet with coupling constant λmix. The conformal system features a suppressed coupling ( = 246 GeV), likely due to the unique nature of the classically conformal potential, leading to a suppressed process which may evade future experimental limits. We consider the gauge boson of the new gauge sector, , to be the dark matter candidate in the absence of kinetic mixing, and interpret constraints on the conformal model in the context of observed values for dark matter abundance.