Dyson introduced two new robot vacuum cleaners

Dyson R1 Nurovi Dry and R2 Nurovi Wash+Dry are on sale in Türkiye. Triangle mat, Twin-capture system and Türkiye prices.

Dyson introduced two new robot vacuum cleaners

Dyson R1 Nurovi Dry and R2 Nurovi Wash+Dry are on sale in Türkiye. Triangle mat, Twin-capture system and Türkiye prices.

Dyson, known for its wireless vacuum cleaners in home electronics, has expanded its product range in the smart floor cleaning category with two new robot vacuum cleaners introduced to the Turkish market. Company; Dyson R2 Nurovi Wash+Dry models, which also have the ability to wipe the floor with Dyson R1 Nurovi Dry, transfer dust detection technologies to the autonomous body with the cyclone architecture familiar from the vertical series. The introduced devices focus on the cleaning performance in the bottom and corner areas that robotic vacuum cleaners have had difficulty in surpassing for years.

Geometric Mat Structure and Decomposed Suction Mechanics

Dyson Chief Engineer Jake Dyson stated that robotic cleaning cannot be reduced to high vacuum power alone; He states that they re-designed the entire system, from the way dirt is captured to corner access and the reflexes of the device to adapt to the environment. In the R2 Nurovi Wash+Dry model, which offers wet cleaning, a mop in the form of a Reuleaux triangle is used to eliminate the gaps left by classic round pads in the corners. This geometry, which rotates in a circular manner while maintaining a constant width, can extend to the bottom of the wall thanks to the eccentric movement mechanism.

On the sweeping side, the dual collection system called Twin-capture comes into play. The bristles in the brush cylinder mechanically sweep coarse debris directly into the chamber, allowing the vacuum motor to concentrate its entire suction capacity on microscopic particles and fine dust.

Mechanical Transformation in Robot Vacuum Cleaner Experience

The new models aim to reduce the need for consumers to manually clean corners and corners after using robot vacuum cleaners. Separating the collection stages of coarse waste and microscopic dust supports the energy efficiency of the device by relieving unnecessary load on the engine. In the industry dynamics that focus only on suction power values, Dyson; It aims to offer a more comprehensive cleaning routine for the user with its physical form that can reach corners and its targeted filtering approach.

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TeknoRest Editorial Perspective
Autonomous systems and advanced robotics are steadily transitioning from experimental trials into scalable manufacturing, warehouse logistics, and field operations. Falling component costs and sophisticated sensor fusion algorithms are establishing a new benchmark for industrial automation. From the TeknoRest tech desk, we view this development as an essential milestone that will shape industry benchmarks over the coming quarters.
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