Polymer-stabilized ferroelectric liquid crystals may show monostable and V-shaped electrooptical characteristics. We have investigated the dependence of their characteristics on the photocuring condition, especially ultraviolet light intensity. Furthermore, we offer a new scheme of the photocure being done under an electroclinic effect. The bistability of ferroelectric liquid crystals remains partially in the case of a weak ultraviolet light intensity and the saturation voltage increases as the ultraviolet light intensity increases. The tilt angle decreases as the ultraviolet light intensity increases. The decrease of tilt angle cannot be suppressed even in polymer-stabilized ferroelectric liquid crystals fabricated using the electroclinic effect.