Home Robot Vacuum Cleaners Irobot Roomba 630 Vs. Xiaomi Mi Robot

Irobot Roomba 630 Vs. Xiaomi Mi Robot Features Review

10 minute read   Last updated on Aug 18, 2024
Xiaomi Mi Robot

Xiaomi Mi Robot

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Key features of the Xiaomi Mi Robot

Overall Score 5.4

  • Can Clean All Floor Types
  • Battery Power of 5200 mAh
VS
iRobot Roomba 630

iRobot Roomba 630

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Key features of the iRobot Roomba 630

Overall Score 4.4

  • Can Clean All Floor Types

A summary by feature comparison

Category Features Xiaomi Mi Robot iRobot Roomba 630
COMMONLY ASKED FOR FEATURES can clean all floor types
has an obstacle sensor
number of cleaning modes 3only
warranty period 1year
DESIGN FEATURES dustbin capacity 0.4L 0.5L
automatically adjusts its height
weight 0.4kg 3.6kg
width 345mm 340mm
height 96mm 92mm
CLEANING PERFORMANCE AND POWER FEATURES battery power 5,200mAh
operating time 2.5h 2h
charge time 4h 3h
operating power consumption 55W 33W
can mop floor
has dirt sensor
OTHER FEATURES has problem area cleaning
support a mobile application
doesn't get stuck
supports virtual barriers
has route mapping
has voice prompts
supports auto docking
has anti-fall sensor
can be scheduled
has a remote control
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iRobot Roomba 630 can clean all floor types, this feature comes in handy, since different rooms inside your home may have various types of flooring i.e. carpets. If a robot vacuum is said to be as being able to clean all floor types, it implies that the vacuum is designed and equipped to clean a wide range of flooring materials without much significant issues.

Xiaomi Mi Robot aslo cleans all floor types, meaning it is designed to be versatile, giving best cleaning results on either carpets or hard floors commonly found in homes. iRobot Roomba 630 has 3 cleaning modes, the number of cleaning modes supported by robot vacuum cleaners can vary depending on the design of the robot vacuum. The iRobot Roomba 630 has a period of 1 year, warranty periods typically range from 1 - 2 years, but some higher-end models may offer longer warranty periods.

The iRobot Roomba 630's dustbin capacity is at 0.5L, dustbin capacity indicates how much dust, debris, and pet hair the robot vacuum can hold before it needs to be emptied. Xiaomi Mi Robot, at 0.4L carries less dirt than the iRobot Roomba 630 with a difference of only 0.1L The dustbin capacity can vary widely among robot vacuum models, and the size you choose should depend on your cleaning needs and the size of the area you want to clean. Different floor types require a robot vacuum to be at a given ground clearance so as to optimize performance.

iRobot Roomba 630 can adjust its height to match this requirement, for example, it may raise itself slightly when moving to a carpet to allow for effective suction, and then lower itself on hard floors to make sure the brushes make good contact. iRobot Roomba 630 weighs 3.6kg, robot vacuums are commonly designed to be lightweight and compact for easy maneuverability and carrying around. Xiaomi Mi Robot, at 0.4kg is lighter than the iRobot Roomba 630 with a difference of 3.2kg.

It's important to consider the weight of the robot vacuum when getting a model, and that's if you plan to carry it up and down stairs iRobot Roomba 630 has a width of 340mm, often referred to as its cleaning path width, refers to the width of the area that the robot vacuum can properly clean in one go. The width of a robot vacuum is important as it can affect its efficiency and the duration it takes to clean a room Xiaomi Mi Robot, at 345mm measures more in width than the iRobot Roomba 630 by 5mm. A wider cleaning path can cover more ground in a single pass, shortening the time it takes to clean a room.

iRobot Roomba 630's height measures 92mm, here you are looking at the measurement from the bottom of the robot vacuum to its highest point. Height is an important consideration, especially if you have furniture with limited clearance in your home. The Xiaomi Mi Robot, at 96mm measures more in height than the iRobot Roomba 630 by 4mm.

When choosing a robot vacuum, ensure that the robot vacuum can fit under the furniture and navigate effectively in your living space without getting stuck or causing damage. The operating time of a robot vacuum cleaner refers to the time the vacuum can clean continuously on a single charge before it needs to return to its charging dock for recharging. iRobot Roomba 630's operating time is 2h Xiaomi Mi Robot, at 2.5h lasts more than the iRobot Roomba 630 with a difference of 0.5h Always plan cleaning cycles around the vacuum's operating time to maximize efficiency and prevent "incomplete work" between charge intervals.

iRobot Roomba 630 has a charge time of 3h, the charge time of a robot vacuum cleaner refers to the amount of time it takes for the vacuum's battery to recharge fully after it has been depleted during a cleaning cycle. Xiaomi Mi Robot, at 4h charges for longer than the iRobot Roomba 630 by 1h. Charge time is an important factor to consider when choosing a robot vacuum, since it determines how long you'll need to wait before the vacuum begins its next cleaning cycle.

The operating power consumption of a robot vacuum cleaner refers to the amount of electrical power the vacuum uses while it's actively cleaning your home. iRobot Roomba 630 has a power consumption of 33W, power is often measured in watts (W) and can vary among different robot vacuum models based on several consuption factors. The Xiaomi Mi Robot, at 55W consumes more power than the iRobot Roomba 630 with a difference of 22W.

Lower power consumption is more energy-efficient and cost-effective over time, but it may also affect cleaning performance, especially on carpets. iRobot Roomba 630 has a dirt sensor, dirt sensors are designed to detect the availability of dirt, dust, or debris in the space being cleaned and can be used to adjust the vacuum's cleaning behavior during operation. This feature in robot vacuum cleaners is intended to reduce the likelihood of the robot vacuum getting stuck during cleaning.

Robot vacuums such as the iRobot Roomba 630 are equipped with various sensors and technologies to navigate around obstacles and avoid getting stuck, however the effectiveness of this feature can vary among different models. Both the Xiaomi Mi Robot and iRobot Roomba 630 have the "anti-stuck" feature, but clearing clutter, ensuring proper cable management, and creating clear paths for the vacuums can help further eliminate the chances of becoming stuck while cleaning. Virtual barriers are typically set up and managed through the robot vacuum's mobile app, similar to no-go zones, these barriers are setup to help you control and restrict where the robot vacuum can and cannot go during cleaning.

Both iRobot Roomba 630 and Xiaomi Mi Robot support virtual barriers, the ability to set virtual barriers is mostly useful for homes with areas where the robot vacuum may encounter obstacles. Voice prompts refer to notifications that the vacuum emits to give you information on the different states of the vacuum. iRobot Roomba 630 supports this feature Xiaomi Mi Robot also supports voice prompts, this feature is useful for you who prefer audible notifications or users who have visual impairments.

Auto-docking is a feature in robot vacuum cleaners that indicates the vacuum's ability to autonomously return to its docking station when certain conditions are met such as getting work done, battery running low, or any malfunction. Both Xiaomi Mi Robot and iRobot Roomba 630 support this feature, considered a convenient feature because it ensures that the robot vacuum keeps its charge and readiness for cleaning with little or no manual intervention. Most robot vacuum cleaners such as iRobot Roomba 630 come having an "anti-fall" feature.

This feature is intended to save the robot vacuum from falling off stairs, ledges, or other elevated surfaces, hence its safety while cleaning. This safety feature that is also available on the Xiaomi Mi Robot is key in preventing accidents and protecting the robot vacuum from damage. It gives you peace of mind knowing that the vacuum will not fall down a flight of stairs during its cleaning cycle.

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