- Stock: In Stock
- Product code: 10110-000076
- Weight Brutto: 110.00kg
The PUDU CC1 Black is a commercial autonomous scrubber-dryer engineered for small and medium-sized indoor facilities — office lobbies, retail floors, hotel corridors, and healthcare premises. A single 75 kg platform integrates four cleaning functions: scrubbing, sweeping with vacuuming, carpet vacuuming, and silent dust mopping. Peak suction reaches 17000 Pa, cleaning efficiency spans 700–1000 m²/h, and twin 15 L water tanks combined with a 50 Ah battery enable up to 9 h of continuous, autonomous operation.
| Max. Suction Power | 17000 Pa |
|---|---|
| Cleaning Efficiency | 700–1000 m²/h |
| Battery Capacity | 50 Ah |
| Water Tanks (Clean + Dirty) | 15 L + 15 L |
The video below shows the PUDU CC1 operating across its four cleaning modes in typical commercial deployment scenarios.
The PUDU CC1 Black variant measures 62.9 × 55.2 × 69.5 cm and is finished in stealth black. The rear three-quarter view below reveals the complete cleaning head assembly — dual roller brushes, side brush, and squeegee — working in coordination on every pass.
Four Cleaning Modes, One Machine
Commercial facilities rarely need just one cleaning method. The CC1 ships with four swappable cleaning configurations that address every indoor surface and noise requirement — no additional machines required:
- Scrubbing Mode: dual roller brushes and the squeegee perform deep wet scrubbing on hard floors — polished concrete, tiles, epoxy resin, marble, and terrazzo.
- Sweeping Mode: side brush + sweeping roller brush + mopping-vacuuming part execute a combined sweep, vacuum, and dust-mop pass in a single run.
- Carpet Vacuuming Mode: side brush + sweeping brush + optional carpet nozzle attachment for effective cleaning on short-pile commercial carpets.
- Silent Mopping Mode: the blower is disabled to minimise operating noise, making it suitable for hotel floors, open offices, and other sound-sensitive environments during business hours.
The extendable steering handle integrates the 10.1-inch LCD screen and provides full manual control during map-building runs and emergency repositioning. When lowered for autonomous operation, the overall profile of the robot decreases. The green variant below shows the handle raised with the full scrubbing brush assembly deployed at the base.
17000 Pa Suction: No Residue on the Floor
The CC1 generates up to 17000 Pa of suction pressure — strong enough to draw dirty water from floor joints, grout lines, and surface micro-irregularities where lower-powered machines leave residue. The 63 cm squeegee and mopping-vacuuming part cleaning width ensures each wet pass exits the floor dry. Suction path clearance starts at 70 cm minimum passage width, keeping the robot operational even in narrow service corridors.
The promotional graphic below illustrates the bottom-up view of the CC1's suction head with airflow visualisation, confirming the wide-channel design that maintains consistent dirty-water recovery across the full cleaning width.
PUDU SLAM Navigation: Dual-Mode Positioning in Complex Spaces
The CC1 navigates via the proprietary PUDU SLAM positioning system, running both visual SLAM and laser SLAM simultaneously. Dual-mode positioning makes the robot resilient to challenging indoor conditions: poor lighting, featureless corridors, glass facades, and rearranged floor furniture. The solid-state LiDAR delivers 360° horizontal scan coverage, while the RGBD camera and ultrasonic radar add near-field depth awareness for obstacle detection below the LiDAR scan plane.
The illustration below shows the CC1 navigating an access-controlled lobby, with the cyan fan representing the live laser scan used for real-time localisation and path planning.
Breakpoint Resume: No Lost Coverage
When battery power drops during an active cleaning task, the CC1 navigates to the charging station, recharges fully, then returns to the exact interruption point and continues from where it stopped. No zone is double-cleaned; no zone is skipped. This matters most for large retail floors, hotel lobbies, and open-plan office areas where a single charge cycle may not cover the full assigned area.
Autonomous Water Management: Hands-Free Operation
The CC1 carries symmetric 15 L tanks — one for clean solution, one for dirty water recovery. In conjunction with the optional docking station, autonomous water filling, draining, and charging all occur without operator involvement. The optional mobile water station works alongside the docking station to eliminate any need for fixed plumbing connections in the workspace — the robot can be deployed in areas where pipe runs are not practical.
The PUDU CC1 green model is shown below docked at its charging and water management station, illustrating the compact footprint of the full autonomous servicing ecosystem.
The docking station (front view below) manages the charging contact plate, visual positioning marker, and water connection interfaces in a compact white unit designed to blend into commercial service areas without visual disruption.
Three-Component Ecosystem
PUDU offers the CC1 in three service configurations. The charging-only station handles autonomous power management. The full docking station adds automated water supply and drainage. The mobile water station — designed as a companion to the docking station — removes the requirement for fixed plumbing entirely. All three accessories are sold separately from the robot.
The image below captures the complete PUDU CC1 ecosystem: the cleaning robot (green, left), the docking station (centre), and the mobile water station (right).
Digital Cleaning Reports: Area, Time, and Water Tracking
Facility managers rarely have direct oversight of every cleaning cycle. The CC1 app — Android-based, accessible over 4G or WiFi — automatically logs cleaning frequency, total surface area covered, operating hours, and water consumption per session. A daily-vs-weekly area trend chart highlights cleaning consistency, while a floor heatmap identifies zones cleaned more than four times daily on average. All data is captured and timestamped without manual input.
The dashboard below shows a single CC1 unit accumulating 33,723 m² of total cleaned area across 15 sessions in 50 operating hours — with clean water and dirty water volume indicators running in parallel.
Multi-Robot Fleet and Map Management
The same app supports multi-robot fleet views, selection across up to four saved floor maps, virtual wall and no-go zone editing, and scheduled task configuration. Before each autonomous run, the robot verifies battery level, water level, and physical position at the start marker — ensuring task integrity even for overnight scheduled cycles.
The collage below shows five app screens simultaneously: the active task panel with pause/cancel controls (far left), the robot fleet list with per-robot status (second), the live device status panel showing water and battery percentages (centre), the map detail editor with virtual walls and task areas marked (fourth), and the map selection screen (far right).
Technical Specifications of the PUDU CC1
General
| Model | CCBC01 |
|---|---|
| Enclosure Material | PC+ABS |
| Screen Size | 10.1-inch LCD |
| Operating System | Android |
| IP Rating | IPX4 |
Physical Dimensions
| Robot Dimensions (L × W × H) | 62.9 × 55.2 × 69.5 cm |
|---|---|
| Weight | 75 kg |
Power & Battery
| Operating Voltage | DC 23 V–29.2 V |
|---|---|
| Power Input | AC 100 V–240 V, 50/60 Hz |
| Power Output | 29.2 V, 15 A |
| Battery Capacity | 50 Ah |
| Charging Time | < 3 h |
| Battery Life (general range) | 3 h–8 h |
Cleaning Mode Runtime
| Scrubbing Mode | 5 h |
|---|---|
| Sweeping + Vacuuming + Mopping Mode | 5 h |
| Carpet Vacuuming Mode | 4 h |
| Silent Mopping Mode | 9 h |
Navigation & Mobility
| Navigation Method | Integrated LiDAR and visual SLAM positioning |
|---|---|
| Cruise Speed | 0.2–1.2 m/s |
| Working Noise | < 70 dB |
| Max. Climbing Angle | 8° |
| Max. Surmountable Height | 20 mm |
| Max. Surmountable Gap | 35 mm |
| Min. Path Clearance | 70 cm |
| Min. Turning Width | 88 cm |
| Min. Passing Height Limit | 76 cm |
Cleaning Performance
| Max. Suction Power | 17000 Pa |
|---|---|
| Cleaning Efficiency | 700–1000 m²/h |
| Cleaning Width — with Side Brush | 50 cm (MAX) |
| Cleaning Width — Squeegee / Mopping-Vacuuming Part | 63 cm |
| Cleaning Width — Carpet Nozzle (short-pile) | 51.5 cm |
| Application Scope | Terrazzo, marble, tiles, epoxy resin, sandstone, artificial stone, short-pile carpets |
Capacity
| Dustbin Capacity | 2.5 L |
|---|---|
| Solution Tank (Clean Water) | 15 L |
| Recovery Tank (Dirty Water) | 15 L |
Connectivity & Control
| Communication | 4G, WiFi, Bluetooth; LoRa (optional) |
|---|---|
| Mobile App | Supported (Android) |
| Operation Mode | Manual / Auto |
| Auto Charging | Supported (with docking or charging station) |
| Auto Water Filling & Draining | Supported (with docking station) |
Operating Environment
| Working Temperature | 1 °C to 40 °C |
|---|---|
| Working Humidity | RH ≤ 85% |
| Storage Temperature | -20 °C to 60 °C |
| Storage Humidity | RH ≤ 85% |
| Working Altitude | < 2000 m |
What's in the Box
- PUDU CC1 cleaning robot
- Side brushes ×2
- Sweeping roller brush
- Mopping-vacuuming attachment (sweeping mode)
- Washing roller brush (scrubbing mode)
- Squeegee assembly
- Charger / power adapter
- Quick Start Guide
Docking station, mobile water station, and carpet vacuuming nozzle are sold separately.
How to Start an Automatic Cleaning Task on the PUDU CC1
This guide describes how to launch an autonomous cleaning run using the PUDU CC1 on a previously mapped floor area.
Step 1: Power On the Robot
Turn the key switch (item 21) to the ON position. Press and hold the power button (item 11) for approximately 3 seconds until the LED strip at the base illuminates blue, indicating the robot has powered on successfully.
Step 2: Position at the Start Marker
Confirm the robot is positioned directly below or in front of the visual positioning marker (ceiling or wall installation, depending on setup). Correct initial position is required for the robot to localise itself at the task start point before the autonomous run begins.
Step 3: Lower the Steering Handle
Lower the steering handle and screen to the downward position. Automatic cleaning tasks cannot start while the handle is raised — the system will prompt a warning on the LCD screen if you attempt to launch with the handle up.
Step 4: Launch the Automatic Cleaning Task
On the home screen, tap "Auto-Cleaning". Select the desired task from the list (tasks are pre-configured by the commissioning engineer). If no selection is made, the default task executes. Tap "Start" to begin the autonomous run.
Step 5: Monitor and Resume if Interrupted
The CC1 executes the task autonomously. Tap the screen at any time to pause; tap again to resume. If the battery drops mid-task, the robot automatically returns to the charging station, recharges, and resumes cleaning from the exact interruption point (Breakpoint Resume function).
What cleaning modes does the PUDU CC1 support?
The PUDU CC1 supports four cleaning modes: Scrubbing Mode (deep wet scrubbing on hard floors), Sweeping Mode (combined sweep + vacuum + dust mop in one pass), Carpet Vacuuming Mode (for short-pile carpets using the optional nozzle attachment), and Silent Mopping Mode (blower off for noise-sensitive environments). Each mode uses a specific combination of interchangeable accessories.
How long does the PUDU CC1 battery last per charge?
Runtime depends on the selected cleaning mode. Scrubbing and the combined Sweeping+Vacuuming+Mopping mode each run for approximately 5 h. Carpet vacuuming provides approximately 4 h. Silent mopping, with the blower deactivated, extends to approximately 9 h. All figures are based on low gear, starting from 100% and depleting to 10% battery. General mixed-use range is 3 h–8 h.
Does the PUDU CC1 support autonomous charging and water management?
Yes. When used with the optional docking station, the CC1 autonomously returns to base when battery level is low, recharges, and also manages clean water refilling and dirty water drainage automatically. The optional mobile water station (sold separately) works alongside the docking station to eliminate the need for fixed plumbing connections in the workspace.
What floor types is the PUDU CC1 suitable for?
The CC1 is certified for terrazzo, marble, ceramic tiles, epoxy resin floors, sandstone, artificial stone, and short-pile hard carpets. It is not recommended for heavily oil-stained surfaces, outdoor environments, or visible slopes greater than 3°. In cleaning mode, the maximum surmountable step height is 8 mm; in passage-only mode, the robot can traverse obstacles up to 20 mm high.
Can the PUDU CC1 generate automated cleaning reports?
Yes. The Android app (accessible over 4G or WiFi) automatically records cleaning frequency, total area cleaned, operating hours, and water consumption per session. Facility managers can review daily-vs-weekly area trend charts, floor heatmaps highlighting high-traffic zones, and per-robot data across a multi-unit fleet — without any manual data entry.
