GAUSIUM
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GAUSIUM
Shengxia Street 666
200120, Shanghai
China
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Cleaning of gates, waiting areas, and check-in zones – stable under 24/7 public foot traffic.
Keeps entrance halls, underpasses, and platform access areas clean – ideal for peak times.
For factory corridors, material zones, and logistics transition areas – reduces the spread of dirt within the facility.
Control dust and abrasion in long aisles – clean processes in picking & shipping.
Cleans passages, entrances, and atriums – for a consistently well-maintained, premium impression.
Floor hygiene in corridors and waiting areas – reliable in high-traffic, sensitive environments.
Terra Robotics
https://terra-robotics.de/
mail@terra-robotics.de
Zeißstraße 10,
32584 Löhne
Germany
Dimensions: 540 × 440 × 617 mm
Weight: 53 kg
Scrubbing width: 330 mm
Gradeability (cleaning): 5.2%
Max. travel speed: 0.8 m/s
Minimum passage width: 600 mm
Minimum turning circle: 750 mm
Battery: 40 Ah LiFePO4 (24 V)
Runtime: 4–4.5 h (scrubbing)
Charging time: approx. 2 h
Sensors: 2× LiDAR & 1 camera
Dimensions: 540 × 440 × 617 mm
Weight: 53 kg
Scrubbing width: 330 mm
Gradeability (cleaning): 2%
Max. travel speed: 0.8 m/s
Minimum passage width: 600 mm
Minimum turning circle: 750 mm
Battery: 40 Ah LiFePO4 (24 V)
Runtime: 4–4.5 h (scrubbing)
Charging time: approx. 2 h
Sensors: 6× LiDAR & 1 camera
Dimensions: 540 × 440 × 617 mm
Weight: 53 kg
Scrubbing width: 330 mm
Gradeability (cleaning): 5.2%
Max. travel speed: 0.8 m/s
Minimum passage width: 600 mm
Minimum turning circle: 750 mm
Battery: 40 Ah LiFePO4 (24 V)
Runtime: 4–4.5 h (scrubbing)
Charging time: approx. 2 h
Sensors: 2× LiDAR & 1 camera
Dimensions: 540 × 440 × 617 mm
Weight: 53 kg
Scrubbing width: 330 mm
Gradeability (cleaning): 2%
Max. travel speed: 0.8 m/s
Minimum passage width: 600 mm
Minimum turning circle: 750 mm
Battery: 40 Ah LiFePO4 (24 V)
Runtime: 4–4.5 h (scrubbing)
Charging time: approx. 2 h
Sensors: 6× LiDAR & 1 camera
With the optional docking station, Phantas works completely autonomously. The robot charges itself, refills fresh water, and empties dirty water automatically. This enables 24/7 operation without manual intervention.
Thanks to AI-powered object recognition, Phantas identifies dirt in real time and cleans precisely only where needed. This saves water, energy, and cleaning agents and keeps surfaces sustainably clean.
The Gausium Phantas is the smallest commercial floor cleaning robot in its class, combining four cleaning modes in one compact device. With innovative AI technology, powerful sensors, and a state-of-the-art docking station, it sets new standards for professional cleaning in offices, hotels, restaurants, and retail spaces.
The Gausium Phantas cleaning robot is suitable for commercial indoor areas with regular cleaning needs, including airports, terminals, train stations, public transport hubs, industrial and production areas, logistics centers, shipping halls, shopping centers, large foyers, clinics, and healthcare facilities. Terra Robotics positions the Gausium Phantas particularly for high-traffic areas, narrow walkways, and environments with various floor coverings.
The Gausium Phantas is a compact autonomous cleaning robot from Gausium for professional floor cleaning. It combines vacuuming, sweeping, scrubbing, and dust mopping in one device, making it a 4-in-1 solution designed for commercial spaces where a flexible range of cleaning methods is required.
The Gausium Phantas offers four cleaning functions: vacuuming, sweeping, scrubbing, and dust mopping. This allows the cleaning robot to handle dry debris, dust, grit, footprints, and wet floor cleaning in various modes. This is particularly relevant for buildings with changing floor coverings and varying cleaning requirements.
Yes, the Gausium Phantas is particularly well-suited for tight commercial indoor areas due to its compact dimensions. According to Terra Robotics, the cleaning robot can pass through bottlenecks as narrow as 600 mm, requires a minimum turning radius of 750 mm, and can drive under objects starting at 650 mm in height. This makes it suitable for hallways, retail spaces, foyers, waiting areas, and narrower traffic routes.
The 0-mm edge cleaning of the Gausium Phantas means that, according to Terra Robotics, the cleaning robot can clean right up to walls and edges. This is particularly important in hallways, foyers, entrance areas, retail spaces, and public buildings, because dust and dirt often collect along walls, baseboards, and peripheral areas.
The Gausium Phantas uses LiDAR, 2D-LiDAR, 3D depth cameras, an RGB camera, and drop protection for environmental sensing. According to Terra Robotics, the cleaning robot detects obstacles from a height of 20 mm and adjusts its cleaning strategy in real time. This allows it to be used in dynamic indoor areas with pedestrian traffic, furniture, service carts, or changing obstacles.
The Gausium Phantas' auto-spot cleaning uses AI-powered object recognition to identify messes in real time and clean only where needed. This can save water, energy, and cleaning agents, and is particularly useful in entrance areas, waiting zones, corridors, retail spaces, clinics, and public buildings with localized spills.
According to Terra Robotics, the Gausium Phantas achieves different runtimes depending on the mode: up to 14 hours for sweeping, up to 10 hours for dusting, up to 4.5 hours for scrubbing, and up to 4 hours for vacuuming. The charging time is approximately 2 hours, making the cleaning robot well-suited for planned cleaning windows during daily or shift operations.
With an optional docking station, the Gausium Phantas can charge itself, refill fresh water, and empty dirty water autonomously. This significantly reduces the manual effort required by cleaning teams. Particularly in buildings with regular cleaning cycles, long opening hours, or high foot traffic, the docking station supports more automated operation.
The Gausium Phantas can be purchased, leased, or requested as a custom project solution from Terra Robotics. Purchase is suitable for companies that wish to use the cleaning robot permanently as their own operating asset. Leasing offers predictable monthly costs and preserves liquidity, while a project inquiry is particularly useful for multiple areas, complex building layouts, IEC requirements, docking stations, training, maintenance contracts, and scalable cleaning automation.
The Gausium Phantas Standard is a professional, autonomous floor cleaning robot for commercial indoor spaces where cleanliness, hygiene, and a well-maintained appearance matter every day. Due to its particularly compact design, Phantas is ideal for environments with narrow aisles, many pieces of furniture, and changing traffic routes—such as offices, hotels, restaurants, cafés, retail spaces, medical practices, or showrooms. As a modern cleaning robot, it automates recurring cleaning routes, relieves teams in their daily tasks, and ensures consistent results, even when personnel resources are tight.
Phantas positions itself as a small, agile scrubbing robot or floor scrubber that combines multiple cleaning tasks in one system.
A clear practical advantage is its versatility. The Gausium Phantas combines several cleaning modes, allowing different dirt situations to be addressed—from dust and light crumbs to typical foot traffic marks on hard floors. This turns the cleaning robot into more than just a "wet cleaner"; it becomes a flexible solution for mixed areas where both dry and wet dirt profiles are present.
In many businesses, requirements change throughout the day: a quick refresh in the morning, spot cleaning at noon, and thorough scrubbing in the evening. With the combined modes, cleaning routines can be structured so that areas remain well-maintained at all times—without the need to perform every task manually.
Phantas is designed for tight and furnished areas. With a minimum passage width of 600 mm and a minimum turning radius of 750 mm, it excels where larger cleaning machines quickly reach their limits. This is particularly relevant in hotel corridors, restaurant areas with rows of tables, offices with many workstations, or retail aisles with shelves and promotional areas.
In practice, dirt often accumulates under tables, along edges, or in areas that are "actually too narrow." A compact cleaning robot can cover such zones more reliably and frequently, which significantly improves perceived cleanliness—especially in areas with customer and guest contact.
For an autonomous cleaning robot to function during operation, it must not only clean but, above all, navigate safely and predictably. Phantas uses a sensor combination of LiDAR and camera for this purpose. This supports precise orientation, reliable obstacle detection, and dynamic adjustment of the route when the environment changes—for example, due to people, service carts, or spontaneously moved furniture.
Depending on the operating environment, an IEC variant can be useful. This version is equipped with additional sensors (more LiDAR sensors) and is aimed at operators who prefer more conservative or standard-compliant requirements in certain environments. This allows Phantas to be specifically adapted as a cleaning robot to building structures and safety requirements.
Many surfaces are not uniformly dirty. This is exactly where Auto-Spot cleaning becomes relevant: Phantas can identify dirt in real-time via AI-supported object detection and cleans specifically where needed. This increases productivity because the robot does not "blindly" treat every surface the same way but prioritizes hotspots—for example, entrances, traffic routes, checkout areas, or transitions between kitchens and dining areas.
Pinpoint cleaning is not only more efficient but also more economical. Resources are used where they truly create an impact. For operators, this means: better results with simultaneous cost control and a cleaner overall appearance in areas that guests and customers notice most.
For maximum automation, Phantas can be operated with a docking station. The cleaning robot then works completely autonomously: it recharges independently, refills fresh water, and empties waste water—without manual intervention. This is particularly interesting for businesses that want to schedule cleaning outside of opening hours or between peak times, such as in hotels, office buildings, or retail spaces.
Depending on the operating model, a workstation version may be useful if processes are more manually supported, or the charging station version if the priority is the most autonomous operation possible. This allows the cleaning robot to be adapted to the reality of the facility—from a small team to professional facility management.
For operational planning, clear performance metrics are crucial. The Gausium Phantas Standard offers practical specifications for compact, commercial cleaning tasks:
This makes Phantas particularly suitable for operators looking for a compact floor scrubbing robot that cleans regularly, is quickly ready for use again, and operates stably in tight environments.
In areas with guests, employees, or patients, noise levels play a major role. Phantas operates with a noise level below 65 dB and supports an integrated filter system for clean air. This makes it attractive for hotels, offices, medical practices, restaurants, and retail—anywhere where cleaning should not be disruptive and yet still be visibly effective.
Phantas shows its value particularly in facilities where cleaning is necessary regularly, paths are narrow, and layouts change frequently. Typical fields of application are office spaces, conference areas, hotel hallways, lobby zones, restaurants, cafés, shops, pharmacies, and other commercial spaces. The benefit is not only time savings but, above all, standardization: constant cleaning quality, predictable routines, and a visible hygiene effect—without permanently tying up staff.
