In recent years the manufacturing of Nb3Sn or V3Ga composite wires by the bronze process has been mastered. Nb3Sn was investigated more intensively than V3Ga [1,2] although in high fields V3Ga is expected to be superior . Accordingly V3Ga tape was used in a 17.5 Tesla magnet  and multifilamentary V3Ga conductor in a 10 Tesla magnet . In this paper we describe an 11 Tesla V3Ga-NbTi magnet system, the V3Ga conductor being produced in our laboratory . A numerical quench analysis for the system is presented.