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Low-mass X-ray binaries (LMXBs) are high-energy sources that requiremulti-wavelength follow up campaigns to be fully characterized. New transientsassociated to LMXBs are regularly discovered, and previously known systems areoften revisited by astronomers to constrain their intrinsic parameters. All ofthis information compiled into a catalogue may build up to a useful tool forsubsequent studies on LMXBs and their population. We provide an update on pastLMXB catalogues dating back 16 years and propose to the community a database onGalactic LMXBs with the most complete manually curated set of parameters andtheir original references. On top of a fixed version accessible through Vizier,we propose to host the catalogue independently on our GitHub collaboration,side-by-side with our previous catalogue on high-mass X-ray binaries. Thedatabase will be regularly updated based on new publications and communityinputs. We build a working base by cross-matching previous LMXB catalogues andsupplementing them with lists of hard X-ray sources detected in the past 20years. We compile information from Simbad on LMXBs as a starting point for athorough, manual search in the literature to retrieve important parameters thatcharacterize LMXBs. We retrieve newly detected LMXBs and candidates directlyfrom literature searches. Counterparts to these LMXBs are compiled from hardX-rays to infrared and radio domains. Every piece of information presented onthe LMXBs is curated and backed by accurate references. We present a catalogueof 339 Galactic LMXBs listing their coordinates, companion star spectral type,systemic radial velocity, component masses and compact object nature, thepresence of type I X-ray bursts as well as orbital data. Coordinates andidentifiers of counterparts at various wavelengths are given, including 140LMXBs detected in {\it Gaia} DR3.

A catalogue of low-mass X-ray binaries in the Galaxy: from the INTEGRAL to the Gaia era