A study was made of the phase transformations occurring during continuous cooling from beta -region temperatures in VT6ch and VT23 titanium alloys. It was found that, depending on the composition and cooling rate, a number of nonequilibrium phases can form in these alloys. It is established that during cooling at temperatures below the austenite-to-ferrite transformation a high-temperature alpha -phase is formed in the investigated alloys, while at temperatures below 650 degree C a more dispersed high-temperature alpha -phase is formed which is precipitated from beta -solution areas, which are richer in alloying elements.