PUDU CC1

PUDU CC1 is a robot from PUDU Robotics. This RoboMorrow profile collects verified information that matters before purchase or deployment: price, commercial status, availability, autonomy, teleoperation and limitations.

Positioning

A mature automation category where value can be measured in square metres and labour hours. CC1 focuses on one well-defined process.

Key specifications

4-in-1 sweeping, scrubbing, vacuuming and mopping; up to 17,000 Pa; 700–1,000 m²/h; 15/15 L tanks; <3 h charging; up to 5 h in common modes.

Autonomy and teleoperation

Autonomous PUDU SLAM navigation (visual + laser), route planning, breakpoint resume and automatic charging; optional stations automate water handling and charging.

RoboMorrow does not treat impressive motion as proof of task autonomy. What matters in deployment is the percentage of a defined process completed independently and the human time required for exceptions.

Price and availability

price on request. B2B sales through PUDU and partners. CC1 has broad European deployments; PUDU reports a significant share of CC1-series shipments to Europe and North America.

Hardware pricing may exclude shipping, taxes, integration, extra batteries, grippers, stations, software, training and service.

Limitations

Pricing is not public and full service automation depends on station configuration. Manual work remains for edges, stairs and exceptional messes.

RoboMorrow assessment

A very practical candidate for retail, hotels and offices. The business case is easier to quantify than for humanoids.

Primary source: PUDU Robotics.

Where CC1 fits best

The strongest environments are offices, hotels, stores, transport facilities and other sites with large repeatable floor areas. The fewer stairs, tight exceptions and furniture moves, the larger the share of the process that can be automated.

The dock and practical autonomy

For a scrubber, autonomy is not only navigation. If a person must frequently refill water, drain wastewater and escort the robot to charging, some savings disappear. An optional station that automates water handling and charging can therefore affect ROI more than a modest increase in headline square-metres-per-hour throughput.

What to measure in a pilot

• real m²/h during normal site traffic,
• interventions and blocked events per shift,
• daily human-service minutes,
• the percentage of floor requiring manual rework,
• consumable use and wear-part replacement frequency.

Those data make it possible to calculate cost per cleaned square metre and compare it with the current cleaning process.