Milagrow Spaze Smart Autonomous Cleaning Robot costs $38,850

It costs $38,850

Robotics firm Milagrow has unveiled the Spaze Smart Autonomous Cleaning Robot, an intelligent, fully autonomous floor-cleaning system designed for large premises. The launch is aimed at organisations dealing with labour shortages, rising maintenance costs, and the need to maintain consistent hygiene in high-footfall environments.

Milagrow Spaze Smart Autonomous Cleaning Robot: where it is meant to work

The Spaze robot vacuum is intended for locations such as shopping centres, airports, hospitals, hotels, and corporate campuses. It combines five cleaning functions in a single unit: sweeping, brush scrubbing, dust removal, vacuuming, and wet mopping. The system is built to handle both dry debris and spilled liquids commonly found in public spaces.

Automatic carpet recognition and dry-only cleaning

The robot also includes automatic identification of carpet types. When it moves onto carpet, it increases suction power while switching off scrubbing and wet-cleaning modes to prevent moisture-related damage. To lift dust, hair, and debris from carpet surfaces, it uses a dual roller-brush setup.

Performance, battery life, charging and noise

In terms of performance, the robot delivers suction power of up to 15,000 Pa and is rated to clean areas of up to 3,700 m². It runs on a 24 V / 40,000 mAh lithium battery, with a claimed operating time of up to 12 hours per charge. Charging takes roughly 4–5 hours. Noise is kept to no more than 70 dB, allowing it to be used during working hours.

Navigation and autonomous servicing features

Navigation is handled by the RT2R 3.0 mapping system using an LDS LiDAR unit, supported by wide-angle and ToF cameras plus ultrasonic sensors. The robot can also operate in tight spaces, including corridors, lifts, and restricted-access areas, while maintaining minimal clearances along walls. The platform supports autonomous functions such as automatic water refilling, dirty-water drainage, cleaning of dust-collection components, and self-charging.