This paper presents a multimodal guidance simulator that integrates visual, auditory, and tactile feedback to address the challenges faced by blind and low vision (BLV) operators in teleoperating mobile robots in industrial warehouse environments. The simulator reproduces a high-fidelity warehouse environment and generates real-time obstacle avoidance paths through navigation meshes and replanning functions. It supports safe and efficient teleoperation by providing visual paths, directional voice cues, and proximity-based tactile feedback for low vision users. It is designed to be compatible with commercial hardware, allowing rapid application to real robots.