Dyson 360 vs Roomba 980: You like being on the cutting edge of technology, and you want an autonomous robotic vacuum to assist you in cleaning your floors. You have undoubtedly heard of the market-leading company iRobot and its little army of Roomba vacuums.
Dyson’s upright vacuums are perhaps the finest on the market, and they also offer a robotic floor vacuum, the Dyson 360 Eye. How does it compare with the Roomba 980? Let’s discard the price tag since it is irrelevant at this time.
Performance, navigation, cleaning ability, intelligence, and maintenance are crucial. In this essay, I will provide a side-by-side comparison of the Dyson 360 Eye and the Roomba 980. I will examine the differences and similarities, the features and possibilities, the advantages and downsides, and address some often asked questions.
Below is the whole article detailing the round-by-round combat between these two machines. Nonetheless, if you only came by to solicit my opinion: The Roomba 980 is still the king of the subterranean robotic vacuum battleground.
Differences Are Important
- Height. The Roomba is about one inch shorter than the Dyson.
- The 360 Eye vacuums are in a grid pattern, while the 980 vacuums are in parallel human-like lines.
- The iRobot bin is almost twice as large as the Dyson bin.
- The 360 Eye features a full-width brush bar, while the Roomba has side brushes.
- The Roomba 980 boasts tangle-free brushless extractors, while the 360 Eye uses spinning brush-filled bars.
- The Dyson monster has a battery life of just 45 minutes, whereas the Roomba monster has a battery life of about two hours.
- The 980 includes a carpet boost to improve its performance on carpet. The 360 Eye features a high-powered, constantly-fast motor.
Similarities may be important.
- Both sides use visual sensors for mapping and navigation.
- Each robot is capable of having planned cleaning cycles.
- Both the 360 Eye and the 980 feature lithium-ion rechargeable batteries.
- Each model can automatically dock for charging.
- Both are equipped with drop sensors to prevent falls from stairs and ledges.
- Both autonomous vacuums are designed to clean all kinds of flooring.
- Each robotic vacuum is controlled via a smartphone application.
- The Roomba 980 and the 360 Eye are voice-controllable with Amazon Alexa.
Specifications and Options
I want to examine the choices and characteristics of these two devices in further depth. You may thank me in the future.
Even robots need an energy source. The Roomba 980 and the 360 Eye employ lithium-ion batteries, the reigning champion of rechargeable, long-lasting batteries. How they use them is another matter.
The Dyson vacuum has a powerful motor with a single-speed: suction up everything. The mapping and navigating video camera consume a great deal of battery power. When the battery is fully depleted. A full charge will take around 2 hours and 30 minutes. This full charge will provide around 45 minutes of battery life.
On most floors with a straightforward and open plan, 45 minutes should be enough. However, the vacuum follows a 10-foot grid pattern to cover the floor. Guaranteeing that every square foot is cleaned. If you have a difficult floor plan or a lot of furniture. The grids will be disrupted, and the robot will need to find a new path.
In addition, the Roomba 980 boasts a powerful engine with two speeds: standard suction mode and carpet boost. When traversing a carpet, the engine is cranked up to provide increased suction force. Which causes the battery to deplete more quickly. It also features an edge cleaning option, a slower, more deliberate approach along baseboards and area edges, resulting in increased power use.
The parallel line design of the vacuum lines mimics how a person would vacuum and avoids the need for alternative paths.
On a 980, a full charge from a dead battery will take three hours, but you will only receive two hours of run time (under best circumstances). The charge lasts around an hour and a half in real-world testing, which is still twice as long as the Dyson.
Navigation and Mapping
When we were youngsters (2002-2014), robot vacuums used acoustic and touch-sensitive sensors to identify obstacles and items. Now that we are adults, we demand more from our robots, specifically cameras and visual sensors.
The Roomba 980 is equipped with a top-mounted video camera to create a visual map of the cleaning area. This map visualization is stored in the robot’s memory by the iAdapt 2.0 technology, allowing it to clean more effectively. It will remember the furniture placement, barriers, drops, ledges, and stairs for the next cleaning session.
If you change your furniture or add new obstacles, the Roomba 980 will likely collide with them at least once. The system will then delete the existing map and generate a new one.
The Dyson 360 Eye employs a top-mounted camera for navigation and mapping. In contrast to the 980’s forward-facing camera, the 360 Eye continually scans 360 degrees (thus the name) and constantly updates the map and navigation modules in the robot’s computer.
In addition to the optical navigation sensors, both robotic vacuums use additional sensors. The most prevalent sensors are touch sensors and drop sensors.
The drop sensor on the Dyson prevents it from slipping over ledges or down steps. Any fall above 3 inches is avoided. Although dark colors on carpet or tile floors might mislead the sensors, the Roomba 980 is less likely to avoid spurious drops.
The 360-Degree Vision System of the Dyson model prevents collisions with walls and obstructions.
Additionally, the Roomba has drop detection sensors that prevent it from tumbling down stairs or ledges.
In addition, there is a Virtual Wall Barrier. These battery-operated towers will transmit an infrared signal that will create an invisible barrier that your vacuum cannot overcome. You may place it at entrances to restrict entry to a room or region or use the radius mode to encircle goods like pet food bowls and easily knock over objects.