Because the SLA printed elastomers exhibit an exceptional combination of softness and stretchability, we explore their capability to withstand large compression, which is often required for applications such as damping structures and soft robots . To do so, we print bulk cylinders with a diameter of 11 mm and height of 6.5 mm. We compress the cylinders at a constant strain rate of 1/30 sec -1 and monitor the compression process using a camera. Remarkably, besides the stiffest sample (S2.5) which fractures at compressive strain around 50%, all other elastomers can sustain up to 80% compression (Figure ). The compressive moduli of the 3D printed elastomers range from 88.1 kPa (S0.3) to 841.7 kPa (S2.5) (Figure ). Replacing 49% of the spacer monomer with the sticker monomer in the 0.5% crosslinker material increases the compressive modulus from 209.3 kPa (S0.5) to 602.9 kPa (S0.5 + 49% sticker).