PUDU CC1 Intelligent Commercial Cleaning Robot
In stock
- ماركة:
- PUDU ROBOTICS
- نموذج:
- PUDU CC1
- ORIGIN:
- الصين
- AVAILABILITY:
- USUALLY SHIPS IN 7-14 BUSINESS DAYS
- SKU:
- PUDU-CC1
Walk into the janitorial room of almost any large building after closing time and you will find a small fleet: a sweeper, a scrubber, a vacuum, a mop and bucket, each with its own operator, its own charger and its own slot in the schedule. The PUDU CC1 Intelligent Commercial Cleaning Robot argues for folding that fleet into one autonomous machine. It sweeps, scrubs, vacuums and mops, finds its own way around the floor plan, returns to a dock to recharge and refill, and picks up exactly where it stopped. For a facility manager, the real question is not whether a robot can clean a floor. It is whether one robot can credibly take over several routines at once, and the published figures give a solid basis for that judgement.
The PUDU CC1 Intelligent Commercial Cleaning Robot is available through this page by quotation. Each request is answered with a configuration and terms matched to the site described.
Background
PUDU ROBOTICS and its service-robot lineage
PUDU ROBOTICS built its reputation on service robots for public-facing commercial spaces, the kind that move among guests, staff and furniture rather than behind factory fencing. That background shapes the CC1. Everything a commercial cleaning robot must do well comes from working in occupied indoor environments: reading a room, avoiding people, keeping noise down and running unattended for long stretches. Moving from service robotics into floor care is a natural step. Navigation, fleet communication and user interfaces carry over, while the cleaning hardware is the new layer added on top.
Consolidation as a design principle
The CC1 is built around consolidation. Instead of one machine per task, it combines sweeping, scrubbing, vacuuming and mopping in a single platform. A Docking Station paired with a Mobile Water Station removes the most common obstacle to deploying a scrubbing robot: the need to plumb in fresh water and drainage. The design has drawn attention beyond the cleaning trade. The robot is reported to have received the Red Dot Product Design Award 2023, a recognition worth confirming against the manufacturer's documentation at quotation.
Technical Specifications
| Specification | Value |
|---|---|
| Cleaning functions | Four-in-one: sweeping, scrubbing, vacuuming and mopping |
| Maximum suction | Max 17000 Pa |
| Cleaning efficiency | 700-1000 ㎡/h (7534.74-10763.92 ft²/h) |
| Cruise speed | Max 1.2 m/s (Max 3.94 ft/s) |
| Cleaning operating noise | < 70 dB(A) |
| Charging time | < 3 h |
| Battery capacity | 50 Ah (reported) |
| Weight | 75 kg (165.35 pounds) (reported) |
| Robot dimensions (L×W×H) | 62.9*55.2*69.5 cm (24.76*21.73*27.36 inches) (reported) |
| Screen size | 10.1-inch LCD screen (reported) |
| Operation system | Android (reported) |
| Navigation method | Integrated lidar and visual SLAM positioning (reported) |
| IP rating | IPX4 (reported) |
| Dustbin capacity | 2.5 L (reported) |
| Min. path clearance | 70 cm (27.56 inches) (reported) |
| Max. surmountable height | 20 mm (0.79 inch) (reported) |
| Communication | 4G, WIFI, Bluetooth supported, Lora (Optional) (reported) |
| Docking | Docking Station + Mobile Water Station: automatic charging, water supply and drainage, detergent addition; no plumbing modifications needed |
| Carpet cleaning | Requires the carpet vacuuming assembly, purchased separately |
| Cleaning width | Not published; confirmed at quotation |
| Dustbin type | Not published; confirmed at quotation |
| Included accessories | Not published; confirmed at quotation |
| Service life | Not published; confirmed at quotation |
| Certifications | Not published; confirmed at quotation |
Specifications are given as published. Figures marked as reported come from a single published specification, and all values are confirmed against the manufacturer's datasheet at quotation.
How does the PUDU CC1 handle charging and water without plumbing?
Plumbing is where many robotic scrubber projects stall. A machine that needs a dedicated tap and floor drain often waits months for a contractor, or ends up confined to the one corner of the building where water happens to be available. The CC1 takes a different route. Its Docking Station works with a Mobile Water Station, and together they support automatic charging, water supply and drainage, and detergent addition, with no plumbing modifications needed. In practice, the robot's service point can sit wherever the floor plan makes sense, not wherever the pipes run.
Charging follows the same hands-off logic. A full charge takes under 3 h. When the battery runs low before a task is finished, the robot records its cleaning progress, returns to charge and then resumes the unfinished task once fully charged. It does not restart the route from the beginning or leave a strip of floor untouched. Coverage stays consistent across large floor plates even when a single charge does not reach the end of the job. The battery is reported at 50 Ah, though the manufacturer has not published a runtime per charge; that figure should be confirmed at quotation for the specific floor area.
Does the PUDU CC1 clean carpets?
Yes, with a clear condition. On hard floors the CC1 works with its built-in four-in-one functions. To clean soft carpets, the robot must be fitted with the carpet vacuuming assembly, which is purchased separately. Buyers whose sites mix hard flooring with carpeted zones, such as hotel corridors, office suites or lobbies with rugs, should include the carpet unit in their quotation request so the configuration matches the building. The maximum suction of 17000 Pa is part of the core specification. How performance differs between hard floors and carpet with the assembly fitted has not been published separately and is worth discussing during quotation.
Physical access matters too. According to the published specification, the robot needs a minimum path clearance of 70 cm (27.56 inches) and can surmount heights of up to 20 mm (0.79 inch). Doorway thresholds, transitions between floor types and narrow service corridors should be checked against those figures during a site assessment.
Who is the PUDU CC1 Intelligent Commercial Cleaning Robot for?
The CC1 suits operators who maintain large, mostly open indoor floors on a recurring schedule and want to cut the number of machines and passes involved. With a published cleaning efficiency of 700-1000 ㎡/h (7534.74-10763.92 ft²/h), it is sized for commercial floor areas rather than small rooms. Facility management companies running contracts across several buildings will find value in the remote connectivity, reported as 4G, WIFI and Bluetooth, with Lora as an option. Property managers in retail and office real estate will appreciate operating noise under 70 dB(A), which makes cleaning during occupied hours more realistic. Buildings where adding plumbing is impractical or not permitted, including leased premises and heritage structures, benefit directly from the mobile water station approach.
The sources name a single version of the robot, so there is no sibling model to point to for a particular segment. The main configuration choice is whether to add the carpet vacuuming assembly. Sites that are mostly carpeted should weigh that accessory carefully. Sites with exposure to wet conditions should note the reported IPX4 rating and confirm its suitability at quotation.
What is the PUDU CC1 Intelligent Commercial Cleaning Robot used for?
- Shopping centres and retail floors: routine sweeping and scrubbing of concourses and sales floors between or during trading hours.
- Office buildings: scheduled maintenance of lobbies, corridors and open-plan floors without tying up cleaning staff.
- Airports and transit stations: repeated passes over large hard-floor areas that see constant foot traffic.
- Schools and campuses: after-hours cleaning of hallways, cafeterias and common areas on a fixed schedule.
- Hotels and hospitality venues: lobby and corridor care, with the separately sold carpet assembly for carpeted zones.
- Healthcare and public buildings: consistent floor maintenance in corridors and waiting areas, subject to site requirements confirmed at quotation.
Pricing and Availability
The PUDU CC1 Intelligent Commercial Cleaning Robot is supplied by quotation, so the offer can reflect the floor area, the floor types, whether the carpet vacuuming assembly is needed, and how many units the site requires. Delivery, customs and support are arranged together with the quotation. A quotation request, with a description of the site and its cleaning schedule, is the first step, and it is available on this page.
Frequently Asked Questions
Which cleaning functions does the PUDU CC1 combine?
The robot combines sweeping, scrubbing, vacuuming and mopping in one machine. Carpet cleaning requires the separately purchased carpet vacuuming assembly.
How long does the PUDU CC1 take to charge?
The published charging time is under 3 h. Charging happens automatically at the Docking Station.
How loud is the robot while cleaning?
Cleaning operating noise is under 70 dB(A), which helps when cleaning in occupied spaces.
Does the PUDU CC1 need a plumbing connection?
No. The Docking Station and Mobile Water Station support automatic water supply and drainage and detergent addition without plumbing modifications.
What happens if the battery runs low during a task?
The robot remembers its cleaning progress, recharges and resumes the unfinished task once fully charged.
What is the cleaning width of the PUDU CC1?
The manufacturer has not published the cleaning width. It is confirmed at quotation, along with the included accessories and certifications.
Where can I buy the PUDU CC1 Intelligent Commercial Cleaning Robot and what does it cost?
The robot is available through this page by quotation. The cost depends on the configuration, quantity and accessories requested, and is set out in the quotation along with delivery and support.
Summary
The crowded janitorial room is the problem the CC1 sets out to solve. By combining sweeping, scrubbing, vacuuming and mopping in one autonomous platform, it replaces several machines and several passes with a single scheduled routine. Its confirmed figures carry that argument: a maximum suction of 17000 Pa, a cleaning efficiency of 700-1000 ㎡/h, a top cruise speed of 1.2 m/s, operating noise under 70 dB(A) and charging under 3 h. The plumbing-free docking concept and breakpoint resume cleaning address the practical frictions that often hold back robotic floor care. Several details, including cleaning width, accessories and certifications, are still to be confirmed. For any site ready to test whether one robot can replace the fleet, this page is the starting point.
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.
