Dyson Unveils Dyson V11TM Wireless Vacuum Cleaner

Dyson unveiled the Dyson V11TM cordless vacuum cleaner, the fruit of more than a decade in the development of digital and wireless Dyson engines, in which 315 engineers participated and more than 32,500 models were designed.

The Dyson V11TM is equipped with three microprocessors that deliver a new level of intelligent cleaning and monitoring performance 8,000 times per second. The microprocessors are located in the dynamic load sensor located inside the powerful torque head of the Dyson V11 digital motor and the battery. These developments indicate that the suction force is automatically adjusted according to soil quality and allows the user to know the remaining operating time.

Powerful torque cleaning head and dynamic load sensor

The dynamic load sensor, thanks to its powerful intelligence of the head cleaning torque, offers a brush resistance up to 360 times per second and automatically communicates with the microprocessors of the motor and battery to change the power suction between carpets and hard floors, thus allowing deep cleaning and prolonged use on hard floors.

The powerful torque cleaning head is the most powerful wireless cleaner ever developed by Dyson. It has rigid nylon bristles that penetrate deeply into the carpet to remove deep dirt, as well as anti-load carbon fibers that suck dust from hard floors and cracks. An integrated digital motor rotates the brush bar up to 60 times per second. Dyson engineers have also developed a way to tighten the position of the powerful torque head on the ground, using a flexible polyurethane gasket.

The LCD screen displays real-time playback reports

The display shows performance information, including the selected power mode and countdown of run time, which allows the user to better control the cleaning process.

The screen also reminds the user when to clean the filters for optimal performance, and informs them of any blockage and how to remove them, thanks to the sensor magnet contained in the filter, and tells the user if the filter is not installed properly.

Up to 60 minutes of cleaning with the most powerful Dyson battery ever designed

The Dyson suction system includes seven larger nickel, cobalt and aluminum cells that help to increase the power of suction.

The Dyson V11TM battery and monitoring system work together to measure the remaining uptime. The system measures the cell's capacity and uses a "learn" algorithm for user behavior when it uses the device over time to calculate the remaining runtime. The remaining time displayed on the screen takes into account the cleaning mode, the quality of the tool and the floor.

20% more suction than Dyson Cyclone V10 ™ 3 vacuum cleaner

Dyson engineers analyzed all the details of the previous Dyson V10 digital engine, and a triple distributor was used in the new Dyson V11 digital engine running at 125,000 rpm. The first and second distributors balance the airflow and reduce disturbances, thereby increasing the absorption, while the third distributor reduces noise and improves the sound of the brushes.

The mechanical rotor, which drives air into the engine, has longer, thinner blades to increase contact area without increasing rotor mass, reducing the load on the blades, reducing leakage. Air and increasing the overall efficiency of the air.

While the pressure sensor inside the Dyson Digital V11 engine sends information to the microprocessor, it is easier to report any possible blockage on the screen, where a sudden and sudden drop in pressure indicates a blocking. If a slower fall is detected, the filter should be washed

Advanced filtering

Exposure to dust and allergens can affect general health. The fully closed filtration system of the Dyson V11TM is designed to capture 99.97% of small particles up to 0.3 micron and provide cleaner air. Fourteen cone separators generate a force of over 79,000 G to push ultrafine particles, such as pollen and bacteria, into the container.