Restore reliable navigation and extend equipment life Replacing your robot vacuum's distance sensor restores accurate distance detection that often degrades with age. When sensors misjudge surroundings the motor can start and stop repeatedly, increasing mechanical wear. A fresh distance sensor reduces unnecessary motor cycling and helps extend the overall lifespan of the robot. Reduce maintenance and unexpected failures Older sensors accumulate dust and become less reliable, increasing breakdowns and service needs. A distance sensor lowers the chance of sensorrelated faults and reduces how often you need to clean, troubleshoot, or send the robot for . Quieter operation with fewer accidental collisions Sensor failure or aging often causes unintended bumps and collisions, which create extra mechanical noise and can damage components. Replacing the distance sensor improves collision avoidance, resulting in smoother, quieter operation. Lower risk of jamming and manual rescue Insensitive or failing sensors are a common cause of the robot getting stuck. Installing a distance sensor improves obstacle detection and reduces the likelihood the robot will jam or require manual intervention. Key attributes Function: Replaces the robot vacuum's distance (proximity/obstacledetection) sensor to restore accurate sensing and navigation. Compatibility: Designed for use with robot vacuum cleaners that use an external distance sensor; check your model's sensor type and connectors for fit. Performance: Restores original detection sensitivity and responsiveness to help prevent false start/stop cycles, collisions, and navigation errors. Durability: Intended to operate in typical home cleaning environments where dust and minor impacts are present; regular cleaning of the sensor housing will help maintain performance. Practical use scenarios Older robot showing frequent starts and stops: the distance sensor to stop unnecessary motor cycling and reduce mechanical wear. Dusty or pethair environments: Install a sensor to minimize sensor failures caused by dust buildup and to lower maintenance frequency. Furnituredense or narrow spaces: Upgrade the sensor to improve obstacle detection, reduce accidental collisions, and prevent the robot from getting stuck. Installation note the sensor following your robot's service instructions or have a qualified technician perform the swap. Verify connector and mounting compatibility before installation to ensure proper function.