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Build an Autonomous Maze Solving Robot Rover with ESP32-S3 & VL53L0X ToF Sensors
Comprehensive step-by-step engineering tutorial for building an autonomous maze solving micromouse rover using ESP32-S3, triple VL53L0X ToF laser sensors, and TB6612FNG driver.
ESP32-S3 DevKitC-1 (Dual-Core Xtensa LX7, FreeRTOS Symmetric Multiprocessing)Distance Sensors: 3x STMicroelectronics VL53L0X Time-of-Flight (ToF) 940nm Laser Ranging Sensors (Front, Left, Right)Motor Driver: TB6612FNG Dual High-Efficiency MOSFET Driver + N20 Micro Metal Gearmotors with Quadrature EncodersNavigation & Algorithmic Core: Dynamic XSHUT I2C Address Sequencing, Wall-Following (Pledge / Left-Hand Rule) with 2D SLAM-Lite Grid Streaming over WebSocketsTarget Search Intent: "VL53L0X XSHUT pin address assignment conflict ESP32", "TB6612FNG motor driver ESP32 wiring", "Dual core FreeRTOS motor task jitter", "Autonomous maze solving robot code"1 Code • 0 CAD
Download verified Arduino C++ firmware, pinout table, and BOM for Build an Autonomous Maze Solving Robot Rover with ESP32-S3 & VL53L0X ToF Sensors.
20 mins
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