Our V8 Cyclone vacuum delivers 30% more power.¹ A 60 minute run time,² with no loss of suction.³
Discover the Dyson V8 Cyclone cordless vacuum
Frequently asked questions
A V8 Cyclone vacuum cleaner uses centrifugal force and a bin, rather than a bag to capture dirt and debris. The idea was originally pioneered by James Dyson. It has since been refined across various machines. Such as the Dyson V8 Cyclone vacuum, which delivers powerful, fade-free suction due to its cyclonic vacuum design.
Yes. All of Dyson’s cordless vacuum cleaners are rechargeable. Some vacuums, like the Dyson V8 Cyclone vacuum feature swappable batteries, with 60 minutes of run time each,² so you can maximise your battery life.
Most bagless vacuums are V8 Cyclone vacuum cleaners that use centrifugal force and a bin, rather than a bag to capture dirt and debris. The idea was originally pioneered by James Dyson. It has since been refined across various machines. Such as the Dyson V8 Cyclone vacuum, which delivers powerful, fade-free suction due to its cyclonic vacuum design.
Suction can be impeded by unrefined elements, such as a vacuum bag. V8 Cyclone vacuums are refined machines that deliver high power suction uninterrupted using centrifugal force. The Dyson V8 Cyclone vacuum delivers 150 Air Watts of suction power.⁶
Yes. Cyclone vacuum cleaners have superior performance and suction power to a vacuum cleaner with a bag. This is because a cyclonic vacuum, like the Dyson V8 Cyclone vacuum cleaner, uses centrifugal force and a bin to capture dirt, without any loss of power.
The Dyson V8 Cyclone delivers a high-power 150 Air Watts of suction⁶ due to its use of centrifugal force. This allows the vacuum to deliver fade-free suction power that isn’t impeded by the use of a bag.
*Applies in Eco mode in handheld configuration. Actual run time will vary based on power mode, floor type and/or attachments used
⁹Compared to the original Dyson V8. Suction power tested to ASTM F558, in Boost mode at the inlet.
¹⁰Suction tested to ASTM F558, in Boost mode at the inlet.
¹¹Tested to ASTM F1977 in Boost mode at SGS Laboratory USA in 2025. Filtration efficiency is calculated by comparing the number of standard dust particles absorbed by the vacuum cleaner to the number of standard dust particles discharged. Capture rate may vary depending on actual usage environment and cleaning mode.
¹²Suction tested to IEC 62885-4:2023 Sec. 5.11 and 5.12, in Boost mode at the inlet in SGS Laboratory USA in 2025.
¹³Dyson V8 Cyclone compared to all other Dyson V8 models.