Superconducting transition temperatures of noncrystalline and partially crystalline Be‐Nb‐Zr alloys obtained by liquid quenching are reported. An increase of the transition temperatureTcto about 7 K from about 3 K was achieved in a partially crystalline Be20Nb15Zr65alloy. The enhancement ofTcis attributed to a proximity effect in a glassy Be‐Zr base matrix containing superconducting crystalline particles.