In this paper, we propose a gaze approach that sets the binocular cameras in different baseline distances to obtain better resolution of three dimensions (3D) environment construction. The method being capable of obtain more accurate distance of an object and clearer environment construction that can be applied to the Autonomous Land Vehicles (ALV) navigation. In this study, the ALV is equipped with parallel binocular cameras to simulate human eye to have the binocular stereo vision. Using the information of binocular stereo vision to build a disparity map (DM), the 3D environment can be reconstructed. However, it cannot provide a complete navigation environment. Therefore, the study proposes the multiple baselines to obtain the clearer DMs according to the near and middle distances of the environment. Several experimental results, showing the feasibility of the propose approach, that can use in ALV system.