The corresponding energy dissipation efficiency of 62% is remarkably high, which is determined by the difference between the absorbed energy during loading and unloading. This highlights the potential of printing LAL polymers to produce dissipative structures. Taken together, our results demonstrate that the LAL elastomers are amenable to the solvent-free DIW printing of complex, reprocessable, deformable, and dissipative 3D structures without the need for sacrificial supporting matrix or post-curing.