Additive Manufacturing of metallic lattice structures has been well-researched and adopted in the biomedical and aerospace sectors. The reason is that these structures with tailored mechanical properties are worthy candidates for applications requiring lightweighting and energy absorption characteristics. In this paper, we propose a new unit cell that, by repetition in three directions, forms a lattice that can reduce the stress concentrations between the struts and enable smoother deformations compared to conventional structures and circular unit cell-based lattices. The designs were fabricated by Selective Laser Melting of the commercial Ti–6Al–4V alloy. It was found that the manufacturability of the novel cells was excellent, and the structure was found to perform better in terms of compressive yield strength and have almost similar energy absorption characteristics to the BCC lattices.