Editorial comparison

PUDU CC1 vs Gausium Phantas

Both robots target autonomous commercial floor care, but their published specifications emphasize different operating priorities. The useful decision is which platform better matches the site layout, cleaning workflow and support model—not which robot is universally “better.”

ComparePUDU CC1
PUDU Robotics
Gausium Phantas
Gausium
PriceContact manufacturerContact manufacturer
Best forHotels and retail floors, Education and public buildings, Mixed hard-floor and carpet workflowsRetail and hospitality floors, Sites with narrower passages, Multi-mode commercial cleaning
Cleaning modesSweeping, mopping, scrubbing, vacuumingNot disclosed
Water tanks15 L clean / 15 L wasteNot disclosed
Charging time< 3 hAbout 2 h
RuntimeUp to 5 h for scrubbing; 9 h silent moppingUp to 4.5 h scrubbing; 10 h dust mopping
Cruise speedUp to 1.2 m/sNot disclosed
Cleaning efficiency700–1,000 m²/h stated by manufacturerNot disclosed
DimensionsNot disclosed585 × 445 × 619 mm
WeightNot disclosed65 kg
Minimum pass widthNot disclosed650 mm
SensorsNot disclosed2D LiDAR, 3D depth cameras, RGB camera, anti-drop and anti-collision
Key differences

What stands out in the published data

  • PUDU CC1 publishes four cleaning modes and 15 L clean / 15 L waste-water tanks, with manufacturer-stated scrubbing productivity of 700–1,000 m²/h.
  • Gausium Phantas publishes a compact 585 × 445 × 619 mm footprint and a 650 mm minimum pass width, making physical access a particularly visible part of its positioning.
  • Both vendors publish autonomous navigation capabilities and multi-mode floor care, while final productivity still depends on the real site.
Before choosing

Questions to validate

  • What percentage of the floor area is actually robot-accessible?
  • Which cleaning modes are required every day?
  • How will water refill, draining and charging work?
  • Which vendor or partner provides local service and consumables?
No automatic winner.

BotsMarket compares documented characteristics and use cases. Final suitability depends on the real task, environment, integration, commercial terms and local support.

Open interactive comparison