Developing　new　methodologies　to　produce　clean　and　renewable　energy　resources　is　pivotal　for　carbon-neutral　initiatives.　Hydrogen　(H-2)　is　considered　as　an　ideal　energy　resource　due　to　its　nontoxic,　pollution-free,　high　utilization　rate,　and　high　calorific　combustion　value.　Electrolysis　of　water　driven　by　the　electricity　generated　from　renewable　and　clean　energy　sources　(e.g.,　solar　energy,　wind　energy)　to　produce　hydrogen　attracts　great　efforts　for　hydrogen　production　with　high　purity.　Recently,　the　breakthrough　of　the　catalyst　activity　limit　for　the　hydrogen　evolution　reaction　(HER)　catalysts　has　received　extensive　attention.　Comparatively,　fewer　reviews　have　focused　on　the　long-term　stability　of　HER　catalysts,　which　is　indeed　decisive　for　large-scale　electrolytic　industrialization.　Therefore,　a　systematic　summary　concentrated　on　the　durability　of　HER　electrocatalysts　would　provide　a　fundamental　understanding　of　the　electrocatalytic　performance　for　practical　applications　and　offer　new　opportunities　for　the　rational　design　of　the　highly　performed　HER　electrocatalysts.　This　review　summarizes　the　research　progress　toward　the　HER　stability　of　precious　metals,　transition　metals,　and　metal-free　electrocatalysts　in　the　past　few　years.　It　discusses　the　challenges　in　the　stability　of　HER　electrocatalysts　and　the　future　perspectives.　We　anticipate　that　it　would　provide　a　valuable　basis　for　designing　robust　HER　electrocatalysts.