After exposure to repeated mechanical bending, liquid metals based on Ga can experience severe oxidation, while Ag nanowires can be welded each other with no prior thermal annealing. Herein, a hybrid conductor fabricated by combining Ga-based liquid metal (eutectic alloy comprising 75 wt% Ga and 25 wt% In) with a Ag nanowire network is presented to feature high mechanical flexibility and small increase of electrical resistance under applied stress condition. Increase of bending-induced resistance of the hybrid conductor (12.5% at a bending radius of 0.5 mm) was much smaller than that of eutectic alloy without Ag nanowire network, which could also be fully reverted by 10 min heating at 50 °C. The experimental results demonstrate that loss of electrical paths from disconnection of liquid metals can be effectively recovered with an assistance of Ag nanowire interconnection.