Adding Zirconia (ZrO2) to Al2O3 ceramics has been reported to be an effective way of improving fracture toughness (in AM-based samples) through crack bridging and deflection mechanisms. Pappas et al. have reported the influence of ZrO2 addition to AM-based Al2O3 using laser direct deposition technique. Li and Zhang have investigated the microstructure of Al2O3-ZrO2 (AZ) ceramics fabricated using laser direct deposition technique with ZrO2 content >35 wt.%. Wilkes et al. have reported that preheating of every layer (using a CO2 laser beam) may be successfully employed to eliminate micro-cracking in AZ ceramics. Homeny and Nick have investigated the structure-property correlation in AZ-Y2O3 eutectic ceramic. Moreno and Yoshimura have investigated the stabilisation of ZrO2 lamella in rapidly solidified AZ eutectic ceramic. Trnovcova et al. have investigated the microstructure and physical properties of directionally solidified AZ eutectic ceramic. The present review is aimed at providing an overview of the present state of research in the field of laser AM AZ-based eutectic ceramics by highlighting three recent investigations in the particular avenue. In addition, a future outlook in this avenue has also been briefly highlighted towards the end of the review.