The vacuum's ability to generate a map of its cleaning space is one of the commonly asked-for features. The map it creates allows the robot to keep a record of the layout of the desired space. Mapping and navigation can be used for different situations, e.g.
the iRobot Roomba 981 having the mapping feature can provide efficient cleaning in the mapped-out areas keeping out of those that are not. The Roborock Q7 Max also has the mapping and navigation feature, navigation defines how the robot vacuum moves around the space. Mapping and navigation often go hand in hand to help the vacuum navigate to the mapped-out areas to be cleaned leaving out those that aren't.
iRobot Roomba 981 has an obstacle sensor, such a sensor serves the purpose of detecting and identifying obstacles in the robot's path, this allwos it to navigate around them and avoid collisions. Also, the Roborock Q7 Max has an obstacle sensor, obstacle sensors work together to provide the robot vacuum with a better understanding of its environment, making it possible to navigate around furniture, walls, and other objects when cleaning a room and avoiding damage to both the robot and its obstacles. Many modern robot vacuum cleaners such as the iRobot Roomba 981 are built to work with Amazon Alexa, which implies that they can be integrated with the Amazon Echo ecosystem and programmed using voice commands.
Roborock Q7 Max can also work with Amazon Alexa, keep in mind that you will need an Alexa-enabled device such as an Echo speaker for voice control to work with Roborock Q7 Max. iRobot Roomba 981 is compatible with Google Assistant, allowing you to control it using voice commands through Google Home devices or the Google Assistant app installed on smartphones and tablets. The Roborock Q7 Max is compatible with Google Assistant, it's always essential to verify the level of compatibility with Google Assistant before purchasing a robot vacuum.
iRobot Roomba 981 has 4 cleaning modes, the cleaning modes offered by robot vacuum cleaners can vary widely depending on the design of the robot vacuum. The Roborock Q7 Max, having only 4
has the same number of cleaning modes as the iRobot Roomba 981
Robot vacuum manufacturers may offer different cleaning modes to provide users with flexibility and adaptability to various cleaning surfaces. The iRobot Roomba 981 has a period of 1 year, this typically range from 1 - 2 years, but some higher-end models may offer longer warranty periods.
Roborock Q7 Max, at 1 year
has the same warranty period as that of iRobot Roomba 981. When thinking of buying a robot vacuum cleaner, it's important to read and understand the warranty terms and conditions, as well as any limitations or exclusions that may apply. The iRobot Roomba 981's dustbin capacity is at 0.5L, dustbin capacity determines how much dust, debris, and pet hair the vacuum holds before it requires to be emptied.
Roborock Q7 Max, at 0.5L
has the same dustbin capacity as the iRobot Roomba 981
The dustbin capacity varies widely among different robot vacuum models, and the size you choose should depend on your cleaning needs and the size of the area you want to clean. Most robot vacuum cleaners are equipped with sensors and indicators to notify users when the dustbin is full and needs to be emptied. iRobot Roomba 981 supports this feature, which prevents the robot vacuum from getting clogged which means performance will be maintained as soon as the bin is emptied.
Roborock Q7 Max also can indicate when its dustbin is full, for a robot vacuum to alert that it's full can improve the convenience of owning one since it reduces the need for constant monitoring. iRobot Roomba 981 weighs 4kg, robot vacuums are generally designed to be lightweight and compact for easy maneuverability and portability. Roborock Q7 Max, at 3.8kg
is lighter than the iRobot Roomba 981 with a difference of 0.2kg.
It's important to consider the weight of the robot vacuum when selecting a model, and that's if you plan to carry it up and down stairs
iRobot Roomba 981 has a width of 351mm, often referred to as its cleaning path width, refers to the width of the area that the robot vacuum can effectively clean in one go. The width of a robot vacuum is key as it can affect its efficiency and the time it takes to clean a space
Roborock Q7 Max, at 350mm
measures less in width than the iRobot Roomba 981 by 1mm. A wider cleaning path can cover more ground in a single pass, reducing the time it takes to clean a room.
iRobot Roomba 981's height measures 92mm, here you are considering the measure from the bottom of the robot vacuum to its highest point. Height is a key consideration, especially if you have obstacles with low clearance in your home. The Roborock Q7 Max, at 97mm
measures more in height than the iRobot Roomba 981 with a difference of 5mm.
When choosing a robot vacuum, make sure that the robot vacuum can go under the furniture and navigate effectively in your living space without getting stuck or causing damage. The battery power of a robot vacuum cleaner is important as it determines how long the vacuum can operate on a single charge. It is measured in milliampere-hours (mAh), iRobot Roomba 981's battery power is 3,000mAh
The Roborock Q7 Max, at mAh5,200
has more battery power than the iRobot Roomba 981 with a difference of
A bigger capacity implies longer battery life which can be of advantage if you have a large room or if you prefer the robot vacuum to complete operations without frequent interruptions to recharge.
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 981's operating time is 2h
The Roborock Q7 Max, at 3h
lasts more than the iRobot Roomba 981 by 1h
Always plan cleaning cycles around the vacuum's operating time to maximize efficiency and prevent "incomplete work" between charge intervals. iRobot Roomba 981 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.
Roborock Q7 Max, at 4h
charges for longer than the iRobot Roomba 981 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. Auto-off is a feature designed to automatically turn off the vacuum after it has completed an operation or when specific conditions occur.
iRobot Roomba 981 has an auto-off feature, which is useful for energy efficiency and battery preservation. Also, Roborock Q7 Max supports this feature, overall, the auto-off feature in a robot vacuum is a valuable addition that in a way promotes energy efficiency, prolongs the vacuum's lifespan, enhances safety, and adds convenience to the cleaning process. iRobot Roomba 981 supports a smartphone app, that allows you to control and monitor the vacuum remotely through your smartphone or tablet.
Both the Roborock Q7 Max and iRobot Roomba 981 have mobile application support, mobile apps enhance your experience by providing convenience, and ease update of features and functionalities. This feature in robot vacuum cleaners is designed to reduce the chance of the robot vacuum getting stuck during cleaning. Robot vacuums such as the iRobot Roomba 981 are equipped with various sensors and technologies to navigate around obstacles and avoid getting stuck, but the effectiveness of this feature can vary among different models.
Both the Roborock Q7 Max and iRobot Roomba 981 have the "anti-stuck" feature, however clearing clutter, ensuring proper cable management, and creating clear paths for the vacuums can help further reduce the chances of becoming stuck while cleaning. iRobot Roomba 981 has a route mapping feature which enables it to create a map of your space and schedule efficient cleaning routes. This mapping capability improves the vacuum's ability to clean effectively and systematically.
Route mapping is a valuable feature as it enables robot vacuums such as the Roborock Q7 Max to adapt to the layout of your space to clean more efficiently and minimize the possibility of missing certain spots. Voice prompts are audible messages that the vacuum emits to provide you alerts on the different states of the vacuum. iRobot Roomba 981 supports this feature
Roborock Q7 Max also supports voice prompts, this feature is useful for you who like audible notifications or users who have visual impairments.
Auto-docking is a feature in robot vacuum cleaners that indicates the vacuum's ability to return to its docking station when certain conditions are met such as done with cleaning, battery running low, or any malfunction. Both Roborock Q7 Max and iRobot Roomba 981 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. Modern robot vacuum cleaners such as iRobot Roomba 981 come equipped with an "anti-fall" feature.
This feature is intended to save the robot vacuum from falling off stairs, ledges, or other elevated surfaces, ensuring its safety while cleaning. This safety feature that is also available on the Roborock Q7 Max is key in avoiding accidents and keeping 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.
iRobot Roomba 981 has this convenient feature, which enables you to set certain days or times of day for the robot vacuum to automatically start working. This feature in robot vacuums is specifically useful in maintaining a consistently clean space with little or no manual intervention. Roborock Q7 Max too allows scheduling.
iRobot Roomba 981 supports Wi-Fi, Wi-Fi-enabled robot vacuums offer several advantages and features, such as remote control, mobile app integration, voice assistant compatibility, and remote monitoring. Also, Roborock Q7 Max supports Wi-Fi, Wi-Fi connectivity improves the convenience and flexibility of robot vacuum usage, allowing for more efficient and customized cleaning routines.
