iRobot Roomba 770 cleans all floor types, this feature comes in handy, since different rooms within a home may have various types of flooring i.e. carpets. When a robot vacuum cleaner is advertised as being able to clean all floor types, this means that the robot vacuum is capable to effectively clean several flooring materials without any significant issues.
Roborock Q7 Max can also clean all floor types, meaning it is designed to be versatile, giving effective cleaning performance on either carpets or hard floors commonly found in homes. iRobot Roomba 770 has an obstacle sensor, this serves the purpose of detecting and identifying obstacles in the robot's path, allowing 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, enabling it to navigate around furniture, walls, and other objects when cleaning a room and avoiding damage to both the robot and its obstacles.
The iRobot Roomba 770 has 3 cleaning modes, the cleaning modes supported by robot vacuum cleaners varies depending on the design of the robot vacuum. Roborock Q7 Max, having only 4
has more modes than the iRobot Roomba 770 by 1
Robot vacuum manufacturers may offer different cleaning modes to provide users with flexibility and adaptability to different cleaning scenarios. The iRobot Roomba 770 has a period of 1 year, warranty periods typically range from 1 year to 2 years, but some higher-end brands may offer longer warranties.
Roborock Q7 Max, at 1 year
has the same warranty period as that of iRobot Roomba 770. When thinking of buying a robot vacuum cleaner, it's important to read and understand the warranty terms and conditions, alongside any limitations or exclusions that may apply. iRobot Roomba 770's dustbin capacity is at 0.5L, dustbin capacity indicates how much dust, debris, and pet hair the vacuum can hold before it can be emptied.
Roborock Q7 Max, at 0.5L
has the same dustbin capacity as the iRobot Roomba 770
The dustbin capacity can vary widely among robot vacuum models, and the capcity 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. The iRobot Roomba 770 adjusts its height to match this demand, for example, it may raise itself slightly when transitioning to a carpet to enable effective suction, and then lower itself on hard floors to make sure the brushes make good contact.
Automatic height adjustment is commonly found in mid-range to high-end robot vacuum models such as the Roborock Q7 Max with better sensor technology and adaptability. This feature is essential for maintaining cleaning performance across various floor types, including carpets, rugs, hardwood floors, and tiles. The iRobot Roomba 770 weighs 3.8kg, robot vacuums are commonly designed to be lightweight and compact for easy maneuverability and carrying around.
Roborock Q7 Max, at 3.8kg
has the same weight as the iRobot Roomba 770. It's important to take in consideration the weight of the vacuum when selecting a model, especially if you plan to carry it up and down stairs
iRobot Roomba 770 has a width of 353mm, aslo known as its cleaning path width, is the width of the area that the robot vacuum can properly clean in a single pass. The width of a robot vacuum is important as it can affect its efficiency and the duration it takes to clean a space
Roborock Q7 Max, at 350mm
measures less in width than the iRobot Roomba 770 by 3mm.
A wider cleaning path can cover more ground in a single pass, reducing the time it takes to clean a room. iRobot Roomba 770's height measures 91mm, here you are considering the measure from the bottom to its highest point. Height is a key consideration, especially if you have furniture with limited clearance in your home.
Roborock Q7 Max, at 97mm
measures more in height than the iRobot Roomba 770 by 6mm. When selecting a robot vacuum, ensure that the robot vacuum can go under the furniture and navigate effectively in your living space without getting stuck or causing damage. The operating time of the iRobot Roomba 770 refers to the time the vacuum can clean continuously on a single battery charge before it needs to be recharged.
iRobot Roomba 770's operating time is 2h
Roborock Q7 Max, at 3h
lasts more than the iRobot Roomba 770 by 1h
Always plan cleaning cycles around the vacuum's operating time to maximize efficiency and prevent "incomplete work" between charge intervals. iRobot Roomba 770 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. The Roborock Q7 Max, at 4h
charges for longer than the iRobot Roomba 770 with a difference of 1h.
Charge time is an important factor to consider when choosing a robot vacuum, as it determines how long you'll need to wait before the vacuum is ready for its next cleaning cycle. This is the amount of electrical power the vacuum uses while it's actively cleaning your home. iRobot Roomba 770 has a power consumption of 30W, power is often measured in watts (W) and can vary among different robot vacuum models based on several consuption factors.
The Roborock Q7 Max, at 58W
consumes more power than the iRobot Roomba 770 by 28W. Lower power consumption is more energy-efficient and cost-effective over time, however it may also affect cleaning performance, especially on carpets. iRobot Roomba 770 has a dirt sensor, dirt sensors are designed to detect the availability of dirt, dust, or debris in the room being cleaned and based on their readings adjust the vacuum's cleaning behavior during cleaning cycle.
This feature in robot vacuum cleaners is intended to reduce the likelihood of the robot vacuum becoming trapped while cleaning. Robot vacuums such as the iRobot Roomba 770 are equipped with various sensors and technologies to navigate around obstacles and avoid getting trapped, but the effectiveness of this feature can vary among different models. Both the Roborock Q7 Max and iRobot Roomba 770 have the "anti-stuck" feature, however clearing clutter, ensuring proper cable management, and creating clear paths for the vacuums can help further eliminate the chances of becoming stuck during cleaning.
These virtual barriers are typically set up and controlled through the robot vacuum's mobile app, similar to no-go zones, these barriers are designed to enable you control and restrict where the robot vacuum can and cannot go while cleaning. Both iRobot Roomba 770 and Roborock Q7 Max support virtual barriers, this ability to set virtual barriers is mostly useful for spaces with areas where the robot vacuum may become stuck. Auto-docking is a feature that refers to the vacuum's ability to return to its docking station when predetermined conditions are met such as done with cleaning, battery running low, or any malfunction.
Both Roborock Q7 Max and iRobot Roomba 770 support this feature, considered a convenient feature because it makes sure that the robot vacuum keeps its charge and readiness for cleaning without requiring manual intervention. Most robot vacuum cleaners such as iRobot Roomba 770 come having an "anti-fall" feature. This feature is intended to prevent the robot vacuum from falling off stairs, ledges, or other elevated surfaces, ensuring its safety during operation.
This safety feature that is also available on the Roborock Q7 Max is key in preventing accidents and protecting the robot vacuum from damage. It gives you peace of mind by ensuring that the vacuum will not fall off a ledge during its cleaning cycle. iRobot Roomba 770 has this convenient feature, which enables you to set certain days or times of day for the robot vacuum to automatically start cleaning your space.
This feature in robot vacuums is particularly useful in maintaining a consistently clean space with little or no manual intervention. Roborock Q7 Max too allows scheduling. iRobot Roomba 770 has a remote control, this allows you to control the vacuum's movements and functions from a distance.
