| Software Generation | Tuya and Smart Life Software |
| Image Mapping | Uses the 'Gyro Mapping' technology. It uses Earth's gravity to help determine orientation. With a freely-rotating disk called a rotor, mounted onto a spinning axis in the center of a larger and more stable wheel the gyroscope maintains its level of effectiveness by being able to measure the rate of rotation around a particular axis. When gauging the rate of rotation around the roll axis of the robot, it identifies an actual value until the object stabilizes out. |
| Move from One Room to Another | Cleans with gyromapping algorithm and as it sees it keeps cleaning |
| Virtual Wall | Via Magnetic Strip which comes with the Robot |
HEPA or Anti-Bacteria Filters  This features is available in Milagrow BlackCat 7.0. High-Efficiency Particulate Air or HEPA air filters were originally developed by the US Atomic Energy Commission to capture radioactive dust pollen. HEPA filtration is important for medical patients or for whomsoever very pure air is sought as they trap most particulate matter and bacteria, viruses etc. To qualify as HEPA an air filter must remove 99.97% of all particulate matter greater than 0.3 micrometer from the air that passes through. | Human Eye can detect upto 10 Microns. It is estimated that about 40% Indoor pollutants are smaller than 0.3 microns. They include Bacteria, Viruses, Gases, VOC, Mold, and Fungi which can be very harmful |
| HEPA Filter Grade | Filter Efficiency HEPA 12 - 99.97% @ 0.3 micron. 99.5% efficiency upto 0.1 micron. They can filter out impurities and particles in the air, such as viruses, respirable dust, mites eggs and excretions, mold, dust, allergens, pollen, bacteria, dust mites or cigarette smoke, asbestos, various toxic dusts and aerosols from the air, dander, allergens from the fur of dogs or cats. Virions (or “particles”) of COVID19 are spherical particles between 0.06 micron and 0.14 micron in diameter, averaging about 0.125 micron, measured by electron microscope (Zhu et al, 2020). This means that coronavirus particles are smaller than PM2.5, but larger than some dust and gas particles |
| Covid Spore Removal from Floor | You can use the Sodium Hypochorite 1% solution in the water tank as recommeneded by IMA |
| Wet and Dry Cleaning | Does simultaneous Dry and full wet mopping with water tank of 0.11L capacity. Comes with 2 antimicrobial mops. Suction power can be set between 800 Pa to 1500 Pa in 3 levels. It also has iBoost technology to increase suction on its own when required. |
| Antimicrobial Microfiber Mop | Anti Bacterial, Anti Microbial, Anti Virus 0.5 micron helps minimize the spread of infections in hospitals and similar environments. These microfibers are able to attach themselves to even the smallest, most microscopic dirt particles—ones that normal cloth fibers (positively giant in comparison) crudely brush past. If forces were visible, youd be able to see that there are adhesive forces (the forces of attraction) between microfibers and dirt. |
| Real Time Map Building Technology | Builds Map in real time based on Gyro Mapping. |
| Robotic Remote Management This feature is available in Milagrow AguaBot. It accesses the internet with your home Wi-Fi. It has an iconic-easy to use interface which enables you to manage the robot from anywhere, anytime via any cell phone or tablet device. | Iconic-easy to use interface enables you to manage the robot from anywhere, anytime via a Remote Control. |
| Robotic Water Tank for Wet Cleaning The water tank is part of the advanced mopping system which has a small integrated water reservoir that automatically dampens the big smart clean to remove stubborn dirt and debris from the floor. | Yes |
| Robotic Stair and Fall Sensor | Yes |
| Robotic Obstacle and Optical Sensor | Yes |
| Robotic Self Diagnosis When something prevents the Robot from functioning normally the Robot can diagnose the causes and help you resolve the problems by yourself, eliminating the need of calling for service help. | Yes |
| Robotic Accelerometer Sensor | Speed Adjustor |
| Robotic Gyro Sensor | Yes |
| Robotic Extra Dirt Sensor | Yes |
| Pre-Scheduled Robotic Cleaning | On Remote Control with Real Time Clock multiples times a day & different times a week. |
| Robotic Self Charging | Yes |
| Software Upgrade | Over the Air |
| Robotic Cloud Storage | Yes |
| Robotic Bumper Sensors | Yes |
| Robotic Distance Sensor | Yes |
| Robotic Cliff Sensors | Yes |
| Robotic Manoeuvres in small areas | Yes |
| Robotic Wall Sensor | Yes |
| Total Number of Sensors | 14 Accurate Sensors |
| Water Tank for Wet Cleaning | 110 ml |
| Wet Mop Cleaning The Milagrow robot comes with a small plate that can be attached to the bottom. This plate has a cleaning cloth that is held in place with velcro. The cloth is easily removable and can be washed and reused. When the robot sucks up the dirt and brushes the floor, this cloth additionally wipes the floor clean. | Full wet mopping with water tank of 0.11L capacity. Comes with 2 antimicrobial mops |
| Quad Brush Cleaning System | 2 Side Brushes |
| Anti Slip Tyres | 16 mm width |
| One Time Full Go (minutes) In the full go mode the Milagrow robot will clean until it is running out of battery, at which point it will go to its charging dock. This is the best mode to use for regular cleaning. | 110 Minutes |
| Doorsill crossing & Carpet Climbing Ability Doorsill crossing ability with “SUV” wheel design at the bottom, can cross doorsills up to 2 cm in height. Can also climb carpet of same height. | Yes |
| Climb Capability The thickness which the Robot can climb with the help of suspension in its wheels. | 20 mm |
| Suction Power The airwatt is a useful measurement of vacuum cleaner effectiveness, since the power carried by a fluid flow (in the case of a typical house vacuum the fluid is air) is equal to pressure times volumetric flow rate. The airwatt relates to actual airflow, while part of the electrical power (watts) consumed by a vacuum cleaner is dissipated into heat due to necessarily imperfect efficiency; two vacuum cleaners of the same airwattage have essentially the same suction, while devices of the same electrical wattage but motors of different efficiency may have substantially different airwattage. | NIDEC Brushless motor, which has1500Pa suction power, maximizes the cleaning power |
| Pet Hair Removal | Yes |
| Working Speed (meters / second) The maximum speed at which the Robot covers the ground area while cleaning. | 0.35 m/s |
| Cleaning Width | 370 mm |
| Main Brush Cleaning Width mm The width of the brush and the suction inlet is very important to ensure that the Robot cleans a giving area faster. Many robots have a very small brush which affects their cleaning. | 150 mm |
| Turbo Suction Direct Suction Option for tangle-free cleaning. | 800- 1500 3 level, iBoost Technology |
| Number of Side Brushes The side brushes help loosen the dirt and push it under the body of the Robot for easy suction. | 2 with 3 Bristles |
| All in One Cover Design for Suction | Yes. Use with or without the brush |
| Main Brush Bristles Type | Unbreakable Silk Nylon PA 66 long lasting brush |
| Types of Cleaning | Only Mopping, Only Vacuuming, Mopping & Vacuuming |
| Cleaning Modes Milagrow robots can be made to clean in specific cleaning styles and for pre-fixed time durations. The cleaning modes across models include a spot clean, zig zag clean and wall-to-wall clean. Depending on the model you could also choose the time duration eg. 15 minute clean, 30 minute clean or a full clean till battery lasts etc. | Smart self-navigating Robotic Vacuum Cleaner has 4 cleaning modes - Smart, Wall Follow, Spiral and Remote Control |
| Edge to Edge and Wall Cleaning | Yes |
| S Shape | Yes |
| Turbo Mode | 3 levels of suction - Strong, Normal, Mute |
| Smooth Tiles Cleaning | Yes |
| Flat Carpet Cleaning | Yes (without mopper) |
| Hard Floor Cleaning | Yes |
| Wood Floor Cleaning | Yes |
| Glass Floor Cleaning | Yes |
| Marble Floor Cleaning | Yes |
| Linoleum Floor Cleaning | Yes |
| Slippery Tile | Yes |
| Short Hair Carpet Cleaning | Yes |
| Low Battery | Yes |
| Fall Sensor Blocked | Yes |
| Wall Sensor Failing | Yes |
| Front Bumper Stuck | Yes |
| Wheel Stuck | Yes |
| Wheel Lifted | Yes |
| Suction Blocked | Yes |
| Main Brush Stuck | Yes |
| Side Brush Stuck | Yes |
| Battery Connection | Yes |
| Not Charging | Yes |
| Vacuum Motor Overloaded | Yes |
| Battery Overheating | Yes |
| Robot Detects Error and Sends to Mobile | Yes |
| Floor Robot Noise Level (db) | 40 db to 55 db |
| Floor Robot LED Display | Yes |
| Floor Robot Button Type | Yes |
| Floor Robot Rated Power | 24W |
| Floor Robot Average Power | 18-24W |
| Floor Robot Input Voltage | 100-240V, 50/60 Hz, 14.4 V through charging station |
| Floor Robot Output Voltage | DC 19 V, 600 ma |
| Floor Robot Height (mm) | 60 mm |
| Floor Robot Base Clearance (mm) | 24 mm |
| Floor Robot Total Height (mm) | 84 mm |
| Floor Robot Diameter (mm) | 325 mm |
| Floor Robot Dimensions (W*H) mm | 325x84 mm |
| Floor Robot Net Weight (Kg) | 3.5 Kg |
| Floor Robot Temperature Range | (-)10 to 45 C |
| Floor Robot Humidity Range | Less Than 90 H |
| Floor Robot Colour | Silver |
| Floor Robot Top Surface Finish | Silver |
| Floor Robot Material | ABS, PC, PA8 |
| Main DustBin Size | 600 ml |
| Dustbin Type | Triple filter system, Bagless, Back |
| Exhaust Filter | HEPA 12 Anti Covid |
| Primary Filter | Nylon |
| Water Tank Wet Cleaning The water tank is part of the advanced mopping system which has a small integrated water reservoir that automatically dampens the big smart clean to remove stubborn dirt and debris from the floor. | 110 ml |
| Mop Size for Wet Mopping mm The bigger the size of the Mop the better it is for wet mopping in case you require. | 286x136 mm |
| Secondary Filter | Sponge |
| Charging Dock Range (Meters) | Robot will find its way back to the charging station if it has started from where if the docking station is placed without obstructions. |
| Docking Station Dimension LXWXH | 160x136x85 mm |
| Input Voltage | DC 14 V, 50/60 Hz |
| Temperature Range | (-)10 to 45 C |
| Operating Humidity Range | Less Than 90 H |
| Max Working Time (Min) | 110 Minutes |
| Max Coverage upon full battery The maximum coverage area that the Robot covers on a single, full charge battery | 2500 Sq Ft |
| Battery Technology The technology and materials used for the battery. | Lithium ion, Customer Replaceable |
| Battery Voltage The voltage of the battery inside the robot. | 14.4 V |
| Time for Full Charge (hours) | 3 hours |
| Battery capacity The capacity of the battery. | 2500 mAh |
| Remote type | Infrared |
| Remote Control Range | 20 meters |
| Temperature Range | (-) 10 TO 45C |
| Remote Control Battery | DC3V (AAA) |
| Operating Humidity Range | Less Than 90 H |
| Remote Control Scheduling | Yes |
| Unit Average Power The input power of the vacuum motor is measured in watts | 20W-30W |
| Input Input Voltage. | 100-240V,50-60Hz |
| Output Output Voltage. | DC 19V/600mA |
| Charging Dock Self charging docking station for the Robot | Yes |
| Rechargeable Battery Pack The source of power to clean | Yes |
| Water Tank The water tank is part of the advanced mopping system which has a small integrated water reservoir that automatically dampens the big smart clean to remove stubborn dirt and debris from the floor. | Yes |
| Charger For charging the battery | Yes |
| Micro fiber mop For Slight wet mopping | 2 |
| Side Brush The brush at the front to loosen the dirt | 2 Installed + 2 Extra |
| Remote Control | Yes |
| HEPA Filter | 1+1 |
| Instruction Manual | Yes |
| Main Dustbin | Yes |
| Main Brush Cleaning Tool | Yes |
| Magnetic Strip For 'No Go' Areas | Yes 1 meter |
| Inside Packing | Paper Mache |
| Gift Box With Varnish or Plain | White Box |
| Box Dimensions (HxWXD) | 583x533x108 mm |
| Gross Weight Box (kg) | 5.3 Kg |
| Certification | CE(LVD,EMC) & Rohs |
| Robot Warranty | 1 Year on Robot , 5 years on Suction Motor |
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