The vacuum cleaner robots that clean homes and offices from sensors and mapping systems are already on sale in the market. Smartly programmed, the devices can suck debris and dust even under furniture, as they have a compact design that can pass chairs, tables, sofas, and beds.
Before investing in a model, which can be from the basics, for $200, to the most advanced, $1,000, know three advantages and two disadvantages of a robot vacuum cleaner. Despite being programmed to work by itself, the handset can present difficulties in large environments or with many objects on the floor.
Sensors are the main advantage of a smart vacuum cleaner. Most models are equipped with obstacle sensors, stairs, and walls. This makes it possible for the equipment to track everything around it, knowing where it should go or not and ensuring the conservation of the device and nearby objects.
With sensors, these robots are able to create clearing routes, dodge obstacles and also identify where there is more dirt to return to the site.
Check out Roborock S5 Max, a most advanced auto vacuum cleaner. It is equipped with advanced sensors, compact design and built-in rechargeable battery with enough long working hours.
- Cleaning schedule
Another plus point of a smart cleaner is the cleaning schedule for the day and time as you need it. The function is interesting for those who do not want to be disturbed by the robot while at home, or who has a running routine and do not want to forget to clean the environment, scheduling the activity for the date you prefer.
The mapping system is an option available mainly on advanced robots and helps with more efficient and accurate cleaning. It can also collect data from the entire environment, gathering information to draw a room plan, for example.
With the data stored, the devices define the best ways to work, moving in straight lines so that the entire environment is cleaned in an orderly manner. For this, the equipment usually uses cameras attached to the device or detection lasers.
- Large environments
Although sensors and the mapping system help optimize cleaning, robots may not work optimally in very large environments. This is because, with wall and door detection technologies, for example, the devices are adding more and more spaces without cleaning, risking leaving some of the work behind.
- Many tall objects or rugs
This is the main downside of the vacuum cleaner robots: they deviate from all objects they encounter along the way and cannot climb high rugs, or slopes more than 30 degrees off the ground. By spotting an obstacle along the way, the devices will deviate, which can leave areas near sofas and chairs always out of the clean.
In addition, the equipment is designed to work on flat surfaces and hard floors. That is, robots may encounter difficulties with carpets or rugs – especially the higher ones – preventing the robot from even being able to “scale” the area.