Compatible motor assembly for DEEBOT X1 Plus and T10 Key benefits One part for two models: fits both DEEBOT X1 Plus and T10, so you do not need separate motor assemblies for each model. Restores cleaning power: drives the main brush so your robot vacuum cleans as intended across carpets, hardwood and tile. Enables combined vacuuming and mopping: works with the robot's mop accessory to support coordinated vacuumandmop cycles for more complete cleaning. Reliable internal fit: integrates with the vacuum's existing components to avoid functional conflicts and maintain overall device operation. What it does Main brush drive: provides the required motion to keep the main brush turning at the correct speed for effective debris pickup. Mop coordination: allows the machine to synchronize brush and mop functions during cleaning routines. Seamless integration: designed to work with the vacuum's internal systems so sensors and other modules continue to function normally. Why customers need it a failed or worn motor assembly without buying a different part for each model. Restore cleaning performance on mixed surfaces after brush drive problems. Keep vacuum and mop functions working together to reduce repeated cleaning passes. Typical use scenarios Home with mixed floors: restores main brush operation so the robot effectively transitions from carpet to hardwood while maintaining pickup performance. Pet households: recovers brush drive performance to remove pet hair and dander while allowing mopping routines to follow vacuuming. Maintenance and : direct replacement for a malfunctioning motor assembly to a DEEBOT X1 Plus or T10 to normal operation without component conflicts. Compatibility and function summary Compatible models: DEEBOT X1 Plus, DEEBOT T10 Primary functions: main brush drive, coordination with cleaning mop, integration with internal components to prevent operational conflicts This replacement motor assembly preserves the original cleaning behavior of your DEEBOT X1 Plus or T10 by restoring brush drive and mop coordination while fitting into the vacuum's internal system.