PUDU CC1

PUDU CC1 is designed for high-traffic environments such as shopping malls, hotel lobbies, airports, hospital corridors, office buildings, and large commercial spaces. It can operate automatically on both hard floors and carpet surfaces.

CC1 combines sweeping, scrubbing, vacuuming, and mopping in a single body. Its 17,000 Pa vacuum power effectively collects solid debris while the integrated moistening system polishes the floor surface — all applied in a single pass.

CC1 operates on PUDU's proprietary SLAM positioning technology, combining visual SLAM and laser SLAM to build high-precision maps and plan autonomous paths around obstacles even in complex environments. Cleaning reports can be monitored in real time via the app integration.

CC1 offers up to 9 hours of continuous operation on a single charge. With a 15-litre clean water and 15-litre wastewater tank, it can complete large-area tasks without manual refilling. With optional auto-station support, charging, water filling, and drainage are also handled autonomously.

Yes, PUDU CC1 can be purchased in Turkey from $14,200 through Robotlar.org, PUDU's authorized reseller. The final price is quote-based per configuration; installation, map creation, task scheduling, a 1-year warranty and Turkish technical support are included. Use the Robotlar.org contact form to request a quote.

The standard sweeping mode consists of a side brush, sweeping brushes, and a mopping-vacuuming unit with a dust cavity and mop. CC1 performs sweeping, dust vacuuming, and dust mopping simultaneously. In scrubbing mode, water is distributed onto the scrubbing brushes to moisten the floor, and dirt is vacuumed into the recovery tank by the squeegee. In carpet vacuuming mode, sweeping brushes can be enabled or disabled; when disabled, the device runs in vacuum-only mode and the carpet nozzle deposits dust into the dust box.

CC1 automatically starts the refill/drainage process if its battery drops below 10%, fresh water falls below 5%, or the recovery tank becomes full. It also estimates the power needed to complete remaining tasks and recharges itself to that estimated level.

Yes. This is accomplished by using CC1 together with a Docking Station (Workstation) and setting up scheduled tasks.

Inspect the robot approximately every 2 days. Brushes, dust box, water filter box, scrubbing squeegee rubber strips, mopping-vacuuming mop, side brush, and filter cartridge should be replaced roughly every 3 months. Actual frequency may vary based on cleaning conditions and usage.

The cleaning report is uploaded immediately after task completion. If there is no internet connection, it is uploaded during the next software startup.

The cleaning area is calculated by multiplying the cleaning path width (standard 500 mm) by the cleaning duration, excluding transition and pause time. Electricity consumption is the battery percentage difference before and after cleaning. Water consumption is tracked by a flow meter. The report may be divided into sections, with data totaled for a comprehensive overview.

On the home screen, tap the 'More' button, find the assist mode switch, then tap it to turn on assist mode.

No. At that point, task 2 will be considered null and will not be executed.

Cleaning time is calculated by measuring how long it takes to clean the designated area and path. Any pause time is not counted.

For the zigzag path ('Arc' in software), the endpoint of the longer side of the outer path is chosen to maximize efficiency. For the spiral path ('Loop' in software), the endpoint of the outermost path is used as the starting position.

When CC1 enters a narrow space or encounters a blocking obstacle, it activates an extrication mechanism and moves left, right, or reverses until it finds a wider space, then continues its task. Rear sensors detect obstacles. The maximum continuous reverse distance is 30 cm.

Task re-planning is triggered when CC1's path is completely blocked and it cannot proceed even after extrication attempts. The robot automatically generates a new path to a different cleaning area. The default stuck time limit is 30 seconds.

If the task is paused/canceled manually or the robot auto-returns due to low battery or water, it records the interrupted position. In the next operation, the robot navigates to that position and resumes cleaning from there.

Assuming minimum 700 m²/hour efficiency, approximately 10 mL per square meter is used. Per hour: ~3,000 mL at low water speed, ~4,800 mL at medium, and ~7,200 mL at high water speed settings.

When battery drops to 10%, CC1 typically starts returning to charge. However, during the final stage of scrubbing (water collection), it finishes that step first. During elevator use, gate passage, AGV traffic control zones, or water collection, charging is not initiated even below 10%. If estimated remaining task energy is below 10%, the robot continues; if battery drops below 5%, it is forced to return and recharge.

CC1's water supply system has been tested at pH6 and pH8; the recommended pH range is 6.5–7.5 (general: pH6–8). Avoid solutions containing limonene as it reacts with plastic components. Use a low-foaming or non-foaming solution, or add an anti-foaming agent. One recommended solution is 'Diversey'.

Use a water filter box. Remove the air filter sponge and tightly cover the lid. Regularly wash the suction hose to prevent clogs. Set suction power to the highest level. Use mild cleaning agents that are non-acidic and non-alkaline.

In quiet environments such as malls and offices, noise levels may increase due to high suction power mode. Adjust suction and brush speed settings. Also, organize the cleaning sequence so that water collection during scrubbing is the final step, ideally performed in an unoccupied area.

A blind spot in the rear right area of CC1 can cause incidents during turns, and the algorithm does not include cleaning components in the obstacle avoidance range. Implement virtual walls or no-go zones in areas prone to scrapes and scratches.

Main causes: wide floor gaps, water on the scrubbing squeegee rubber strips, or water on the inner suction hose surface. Solutions: Regularly maintain the robot to prevent hose clogs that stop proper waste water vacuuming. Ensure no floor gaps in the water collection area; the robot will perform a back-and-forth motion to completely vacuum remaining waste water.