This study investigate the structural, electronic, and reactivity properties of the aurocarbon C3H2Au+, C3HAu2+, and C3Au3+ clusters. A potential energy surface exploration indicates that the most stable isomers adopt cyclic structures, supporting the gold-hydrogen analogy in these cationic systems. These cyclic forms preserve the characteristic geometry of the cyclopropenyl cation, with covalent C-Au interactions confirmed by multiple bonding analyses. All three systems exhibit a delocalized 3c-2e pi-bond across the carbon ring, consistent with an aromatic behavior. The substitution of hydrogen by gold alters local reactivity patterns.