Mammotion Spino S1 Pro Robot Pool Cleaner Launches

Mammotion has introduced the Spino S1 Pro, a robot pool cleaner designed to operate without human intervention. The device is distinct because it can autonomously exit the water to reach its charging station. This feature addresses a common pain point for pool owners who must manually retrieve submerged cleaning robots.

Officially unveiled during CES 2026, the Spino S1 Pro relies on a specialized docking station positioned at the pool's edge. This station is equipped with a robotic arm that physically lifts the device out of the water. The system uses underwater communication to guide the cleaner to the dock. For cleaning, the unit utilizes an onboard camera and multiple sensors to map the pool environment, detecting obstacles, steps, and corners. The device is powered by five brushless motors.

The defining feature of the Spino S1 Pro is its ability to leave the water independently. Traditional pool cleaners typically remain submerged until the user physically removes them. Mammotion has solved this by integrating a robotic arm directly into the docking station. When the battery runs low, the unit does not require manual retrieval.

The retrieval process relies on advanced technology to ensure precision. The cleaner communicates with the dock while submerged to align itself for pickup.

• Underwater Communication: The bot uses a specific communication system to guide itself to the docking station.
• Robotic Arm Mechanism: The dock features an arm that engages and lifts the device out of the water.
• Automated Charging: Once lifted, the unit is positioned to charge without user interaction.

This system allows the Spino S1 Pro to maintain its own power cycle, ensuring it is ready for the next cleaning session.

Beyond its ability to exit the water, the Spino S1 Pro is engineered for thorough pool maintenance. The unit utilizes an onboard camera combined with several sensors to navigate the pool floor and walls. This sensory array allows the robot to identify specific areas that require attention, such as zones with heavy debris.

The navigation system is designed to handle complex pool layouts. It can recognize and adapt to various features found in residential pools. Key navigational elements include:

1. Identification of messy areas requiring focused cleaning.
2. Detection of steps, edges, and corners to ensure complete coverage.
3. Recognition of obstacles to prevent collisions.

Under the hood, the Spino S1 Pro is equipped with five brushless motors. These motors drive the cleaning mechanisms, providing the power necessary to scrub surfaces and suction debris effectively.

Mammotion is the company behind this innovation. While the brand is currently expanding into pool maintenance with the Spino S1 Pro, it is best known for its existing line of robot lawnmowers. This background in autonomous outdoor equipment suggests a transfer of navigation and battery management technology to the pool cleaning sector.

The product was showcased at CES 2026, a major technology trade event. The launch signals a growing trend in the smart home and lifestyle technology sectors toward fully automated maintenance solutions. By removing the manual step of lifting the cleaner out of the water, Mammotion aims to enhance the convenience of owning a robotic pool cleaner.

The Spino S1 Pro represents a significant step forward in the automation of pool maintenance. By combining a robotic arm docking station with advanced underwater navigation, Mammotion has created a device that minimizes human interaction. The integration of five brushless motors and obstacle detection technology ensures that the unit can clean effectively while managing its own power needs. As the product moves forward from its CES 2026 debut, it stands as a notable example of innovation in the lifestyle technology space.