 The study compared two types of elastomeric damping pads, one made of silicone and another made of a polydomain nematic liquid crystal elastomer, PDNLC. The PDNLC had a superior internal dissipation mechanism and was able to absorb more energy than the silicone elastomer. Additionally, the PDNLC was able to retain more momentum during collisions, resulting in less damage being done to the target or impactor. Furthermore, the PDNLC was found to have a lower optimal thickness than the silicone elastomer, allowing for greater energy absorption without risk of mechanical failure. This article was authored by Homiegwa, Andrew Torentiev, Mohando Saad and others.