Though anodes with high Li gravimetric capacities, beyond commercial graphite, have been intensively studied, gravimetric capacity does not precisely reflect the performance of a packed cell. Li anodes with high mass loadings, which can achieve high areal capacities, are required for many commercial applications. Herein, anodes with high mass loadings were fabricated using two-dimensional transition metal carbides (MXenes). Powders of the latter were cold pressed, without binders, at a pressure of 1 GPa, to create similar to 300 mm thick, free-standing discs. When Ti3C2 was used as the anode for lithium, the initial reversible areal capacity was similar to 15 mu Ah/cm(2), which decreased to 5.9 mAh/cm(2) after 50 cycles, but the decrease after the first similar to 20 cycles was very gradual. The latter is one of the highest values ever reported to date. When Nb2C was used as the anode instead, the initial reversible capacity was similar to 16 mAh/cm(2); this value decreased to 6.7 mAh/cm(2) after 50 cycles, which is about a 14% increase compared to Ti3C2. As the research on MXenes for lithium ion batteries has just begun, there is certainly room for further improving their electrochemical performance. (C) 2015 Elsevier Ltd. All rights reserved.