Composite materials containing two or more kinds of fibers are called hybrid composites. The most popular hybrid composites are glass-carbon and aramid-carbon hybrids. The addition of carbon fibers to glass-fiber-reinforced composites will produce a hybrid composite with increased stiffness and satisfactory strength at a reasonably low cost. In this work, low-velocity impact damage characteristics and compressive strength after impact of quasi-isotropic glass-carbon hybrid laminates are investigated. Low-velocity impact test is performed using a drop weight type impact test system and the damage zone due to impact is detected by C-scan. Compression after impact tests of single composites, delamination-simulated specimens and hybrid composites are performed to compare the residual compressive strength each other. Also the low-velocity impact damage characteristics and hybrid design of the glass-carbon hybrid laminates are discussed.