With new DFT-computed properties at multiple levels of theory, we aimed to make the QMOF Database align with the findable, accessible, interoperable, and reusable (FAIR) guiding principles. Therefore, we conclude by showcasing a new interactive web application hosted on the Materials Project, which can be accessed at the following webpage: . Known as the Materials Project "MOF Explorer," the web application makes it possible to investigate the computed properties in the QMOF Database through a user-friendly, search-based interface. The data driving the MOF Explorer is made available to the public through the Material Project's contribution platform MPContribs. The MPContribs application programming interface (API) and its accompanying Python client 114 provide a unified mechanism for contributors to submit a dataset and for the community at large to programmatically retrieve, download and query the contributed materials data. Here, contributions containing materials data are linked to a given MOF via a dedicated, unique identifier ("QMOF ID") and are organized in components of queryable dictionary data, Pymatgen structure objects, and binary data files.