Mo₂Ga₂C is a novel MAX phase. The powders of Mo₂Ga₂C can be synthesized by established technology. However, the powders are difficult to be sintered to obtain dense bulk samples. In this paper, the Mo₂Ga₂C powders were sintered by spark plasma sintering (SPS)technology. The compositions and microstructures of sintered samples were characterized to explore the impacts of sintering parameters. The suitable parameters to sintering Mo₂Ga₂C by SPS was at the temperature of 700 ℃ for 20 min with the axial pressure of 30 MPa. The obtained samples had the relative density of 71.81%. Longer holding time was more beneficial to the densification of Mo₂Ga₂C than higher sintering temperature. Higher axial pressure had a negative effect on the densification of samples. Compared with hot pressing, SPS can make bulk samples of Mo₂Ga₂C at lower temperature and short time. However, the obtained samples had lower relative density.