PUDU Hotel Cleaning & Delivery Robot Starter Bundle
In stock
- BRAND:
- PUDU ROBOTICS
- MODEL:
- PUDU CC1
- ORIGIN:
- China
- AVAILABILITY:
- USUALLY SHIPS IN 7-14 BUSINESS DAYS
- SKU:
- PUDU-Hotel-Starter-Bundle-1
PUDU CC1 Intelligent Commercial Cleaning Robot
Commercial cleaning robots like the CC1 are typically deployed to standardize cleaning outcomes across large areas, help address staffing constraints, and provide data-driven visibility into cleaning coverage. Pudu’s product materials emphasize autonomous operation and the ability to handle multiple floor types, supporting use in environments such as retail, offices, healthcare, and education.
Design and Features
4-in-1 modular cleaning approach
The CC1’s core design concept is consolidation: instead of using separate machines for sweeping, scrubbing, vacuuming, and mopping, the robot integrates these modes into one device. In practice, this allows facility teams to select a mode appropriate to the soil type (dust, debris, sticky residue, or light moisture maintenance) and run scheduled or on-demand cleaning sessions.
Floor-surface adaptability
Pudu’s CC1 product positioning highlights compatibility with hard floors and carpets, reflecting a common requirement in mixed-use facilities (e.g., tiled corridors plus carpeted lobbies).
Suction and debris collection
The robot is promoted with a high suction specification—17,000 Pa—intended to improve pickup performance for particulate debris in vacuuming scenarios.
Autonomous docking and workflow support
Commercial cleaning robots frequently rely on docking to support longer duty cycles. CC1 deployments are often paired with docking/servicing accessories (varies by package and region) to support more continuous operations and reduce the frequency of staff intervention.
Technology and Specifications
Navigation and autonomy
The CC1 is commonly specified as using Visual SLAM + LiDAR SLAM for navigation and mapping, a hybrid approach that combines camera-based localization with laser-based environmental sensing. In typical indoor robotics use, this combination is applied to improve positioning robustness across different lighting conditions and layouts.
Representative technical specifications (commonly published)
Published reseller listings and brochures commonly provide the following headline figures (exact configurations can vary by market and bundle):
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Dimensions: approximately 66.3 × 56.8 × 68.2 cm (published by some resellers)
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Weight: approximately 75 kg
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Cleaning modes: sweeping, scrubbing, vacuuming, mopping
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Cleaning width: sweeping ~500 mm; scrubbing ~400 mm
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Cleaning efficiency: commonly cited around 700–1000 m²/h
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Maximum speed: about 1.2 m/s
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Climbing angle: about 8°
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Battery life: often described as up to ~8 hours depending on mode and environment
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Charging time: about ~3 hours
Water and dust capacity (examples seen in listings)
Capacity figures may differ between sources and configurations. Some reseller listings cite 15 L clean + 15 L wastewater and a 2.5 L dust bin, while other product presentations reference larger auxiliary servicing solutions (e.g., mobile service tanks).
Applications and Use Cases
Retail and shopping centers
Large retail environments prioritize daily dust/debris pickup plus periodic scrubbing for entrances and high-traffic pathways. A multi-mode robot can be scheduled for early mornings and off-peak hours, potentially increasing floor uptime while limiting disruption.
Offices and corporate facilities
Offices often require quiet operation, consistent coverage across corridors and open areas, and predictable scheduling. Autonomous mopping and vacuuming can be run after hours or between shifts, while reporting features can support facilities compliance needs.
Healthcare and clinics
Hospitals and clinics may use commercial cleaning robots to supplement staff in non-critical areas such as hallways and waiting rooms, where consistency and documentation matter. In these settings, organizations typically validate cleaning protocols, infection-control requirements, and chemical compatibility.
Education and public buildings
Schools and municipal facilities often include mixed flooring and variable foot traffic. A robot designed for multiple floor types can address routine cleaning needs while allowing staff to focus on spill response and detailed sanitation.
Hospitality (hotels and resorts)
Hotels may deploy autonomous cleaning in lobbies, banquet corridors, and conference areas to maintain appearance standards and reduce repetitive workload.
Advantages / Benefits
Operational consistency and scheduling
Autonomous cleaning robots are used to produce repeatable coverage across large areas, especially where staffing varies or turnover is high. Pre-set routines help standardize cleaning patterns and timing.
Labor optimization rather than total replacement
In many deployments, robots are positioned as “force multipliers,” handling routine floor maintenance so custodial staff can focus on detail work (restrooms, touchpoints, spot-cleaning, and exceptions).
Multi-mode versatility
A 4-in-1 platform reduces the need to manage multiple dedicated machines, which can simplify training and equipment storage while supporting different cleaning scenarios.
Navigation designed for complex indoor spaces
Using SLAM-based navigation (visual and LiDAR) supports autonomous mapping and operation in changing indoor environments, such as retail layouts or multi-corridor facilities.
FAQ
What is the PUDU CC1 Intelligent Commercial Cleaning Robot?
The PUDU CC1 is an autonomous commercial cleaning robot designed to perform sweeping, scrubbing, vacuuming, and mopping in one platform for indoor facilities.
How does the PUDU CC1 work?
The CC1 navigates autonomously using SLAM-based mapping, commonly listed as Visual SLAM + LiDAR SLAM, to move through indoor spaces while running selected cleaning modes (mop, scrub, sweep, vacuum) based on the facility’s needs.
Why is the PUDU CC1 important for facilities management?
It is used to help standardize routine floor cleaning, extend cleaning coverage in large buildings, and reduce repetitive manual workload—especially where staffing constraints make consistent scheduling difficult.
What are the benefits of the PUDU CC1?
Key benefits include 4-in-1 cleaning versatility, autonomous navigation, suitability for multiple floor types, and the ability to run scheduled routines that support consistent coverage across large indoor areas.
Summary
The PUDU CC1 Intelligent Commercial Cleaning Robot is a multi-function autonomous floor-cleaning platform aimed at large indoor facilities that need repeatable, scheduled cleaning with reduced manual effort. By combining sweeping, scrubbing, vacuuming, and mopping with SLAM-based navigation and commercial-grade specs such as high suction and wide cleaning paths, the CC1 represents a consolidation approach to modern autonomous commercial cleaning workflows.
Specifications
General
What's included
Case Studies
PUDU CC1 Cost of Ownership: Amortization Per Month, Week, Day and Hour
Every facility manager evaluating an autonomous cleaner asks the same question in a different form: what does this actually cost me once it is running? A sticker price answers almost nothing on its own. What matters is the figure the machine carries on a monthly budget line, and the figure it works out to per hour against the labor it offsets. This page breaks the PUDU CC1 down both ways, across every warranty term available.
What the CC1 Is
The CC1 is a compact autonomous cleaning robot built by Pudu Robotics for indoor commercial floors. It handles four jobs in one chassis: sweeping, scrubbing, vacuuming and dust mopping, which covers most routine floor care in an office tower, hotel, retail store or clinic without switching machines between surface types.
Navigation runs on PUDU SLAM, a hybrid system that fuses visual SLAM with laser SLAM so the robot holds its position in cluttered, changeable environments rather than only in empty corridors. Suction is rated at 17,000 Pa. Clean and dirty water are held in separate 15 liter tanks with automatic filling and draining, and the docking station handles charging, water supply, drainage and detergent dosing without any plumbing modification to the building. If the battery runs low mid task, the CC1 remembers where it stopped, recharges, and resumes the unfinished area. Elevator integration lets a single unit work several floors.
Coverage runs to roughly 10,764 square feet per hour, and each session produces a report on time, area and coverage, which turns cleaning from an assumption into an auditable record. Facilities needing closed loop verification, where the robot detects remaining stains and re cleans them automatically, should look at the PUDU CC1 Pro instead.
Purchase Price and Warranty Structure
The CC1 is priced at $19,500.00, and that figure includes the first twelve months of warranty coverage as standard. Extended warranty is sold as additional years layered on top of that included year, not as a replacement for it, so the maximum protected ownership window runs to sixty months.
| Total Covered Term | Robot | Extended Warranty | Total Investment |
|---|---|---|---|
| 12 months | $19,500.00 | Included | $19,500.00 |
| 24 months | $19,500.00 | $700.00 | $20,200.00 |
| 36 months | $19,500.00 | $1,200.00 | $20,700.00 |
| 48 months | $19,500.00 | $1,600.00 | $21,100.00 |
| 60 months | $19,500.00 | $2,000.00 | $21,500.00 |
Cost Per Month, Week and Day
Spreading the total investment evenly across the covered term gives the calendar cost of ownership. This is the number that belongs on a budget line, and the one to set against an existing cleaning contract.
| Covered Term | Per Month | Per Week | Per Day |
|---|---|---|---|
| 12 months | $1,625.00 | $375.00 | $53.42 |
| 24 months | $841.67 | $194.23 | $27.67 |
| 36 months | $575.00 | $132.69 | $18.90 |
| 48 months | $439.58 | $101.44 | $14.45 |
| 60 months | $358.33 | $82.69 | $11.78 |
Held for the full five years with warranty coverage throughout, the CC1 costs under $360 a month, under $85 a week, and under $12 a day. For most commercial buildings that is materially less than a single cleaning shift.
Cost Per Operating Hour
Hourly cost depends entirely on how hard the machine is worked, which is why a single hourly figure is misleading. A robot running four hours a night in a small office carries a very different cost per hour than one running around the clock in an airport terminal. The table below shows the real range.
| Duty Cycle | Hours/Yr | 12 mo | 24 mo | 36 mo | 48 mo | 60 mo |
|---|---|---|---|---|---|---|
| 4 hrs/day, 5 days/wk | 1,040 | $18.75 | $9.71 | $6.63 | $5.07 | $4.13 |
| 4 hrs/day, 7 days/wk | 1,460 | $13.36 | $6.92 | $4.73 | $3.61 | $2.95 |
| 8 hrs/day, 5 days/wk | 2,080 | $9.38 | $4.86 | $3.32 | $2.54 | $2.07 |
| 8 hrs/day, 7 days/wk | 2,920 | $6.68 | $3.46 | $2.36 | $1.81 | $1.47 |
| 24/7 continuous | 8,760 | $2.23 | $1.15 | $0.79 | $0.60 | $0.49 |
The realistic center of that range for most commercial buildings is the eight hour, seven day row. On a fully covered sixty month term, that puts the CC1 at $1.47 per operating hour. Run continuously, it falls below fifty cents.
What the Extended Warranty Costs Per Month of Coverage
Because the base price already carries a year, the extended warranty should be judged on what each additional month of protection costs. The rate improves steadily the further out the term runs.
| Extension | Price | Months Added | Cost Per Covered Month |
|---|---|---|---|
| Plus 12 months | $700.00 | 12 | $58.33 |
| Plus 24 months | $1,200.00 | 24 | $50.00 |
| Plus 36 months | $1,600.00 | 36 | $44.44 |
| Plus 48 months | $2,000.00 | 48 | $41.67 |
Reading the Hourly Figure Against Labor
The hourly numbers only mean something in comparison. Fully loaded janitorial labor in North America, once wages, payroll taxes, insurance, supervision and turnover are counted, typically lands somewhere between twenty and thirty dollars an hour depending on market and shift premium. Against that, a CC1 at $1.47 to $2.54 per operating hour sits at well under a tenth of the cost of the routine floor work it absorbs.
The honest framing is not replacement but reallocation. The CC1 takes over repetitive large area floor maintenance, which is the least skilled and most schedule bound part of the job, and frees cleaning staff for detail work, restrooms, touchpoints and response tasks that a machine cannot do. Facilities that model it as a headcount cut usually get the arithmetic wrong. Facilities that model it as recovered hours usually get it right.