Dyson V10 Konical Cordless

The Dyson V10 Konical Cordless vacuum arrived in the Australian market on 26 March 2026, marking a sophisticated aesthetic and functional refresh of the brand’s high-torque stick vacuum category. Priced at a recommended retail price of $799, this model is distinguished by its striking "Vinca Blue" and "Copper" colourway, a palette usually reserved for the manufacturer's flagship hair care and air purification ranges. Beyond its visual updates, the hardware serves as a mid-tier powerhouse, bridging the gap between the entry-level V8 and the more complex laser-guided models by focusing on raw suction performance and a simplified, durable design.

At the heart of the machine is the Dyson digital motor V10, an engineering feat that features a ceramic shaft cured at 1,600°C to be three times stiffer than steel while having half the density. This motor spins at 125,000 revolutions per minute, creating a powerful internal airflow that translates to 150 air watts of suction. The architectural shift of the V10 series is notable for its "in-line" configuration, where the motor, bin, and cyclone assembly are perfectly aligned. This allows air to be drawn into the cyclones in a straight line, resulting in 20% more suction power than its predecessors and providing a more efficient path for debris to travel from the floor to the dust canister.

Floor care is managed primarily through the Motorbar cleaner head, which has been enhanced with sophisticated de-tangling technology. Inside the head, a series of polycarbonate vanes act as a comb, continuously clearing hair from the brush bar as you clean and sending it directly into the bin. This is a critical feature for households with pets or residents with long hair, as it eliminates the need for manual maintenance and prevents the motor from straining against tangled fibres. The brush bar itself combines stiff nylon bristles to agitate carpet piles with soft, anti-static carbon fibre filaments that effectively remove fine dust from hard floors without scratching the surface.

The handheld versatility of the machine is enhanced by a suite of specialised attachments designed for comprehensive home maintenance. The Konical bundle includes a crevice tool for tight architectural gaps, a combination tool for switching between surfaces, and a wide upholstery tool for refreshing mattresses and lounges. A key inclusion is the Hair Screw tool, which uses a conical brush bar to spiral hair off and into the bin in seconds, making it ideal for cleaning pet beds or car interiors. The entire unit is lightweight and ergonomically balanced, allowing users to reach high-up cornices or clean under low furniture without significant physical exertion.

Air hygiene is prioritised through a fully sealed, whole-machine filtration system that is capable of capturing 99.99% of particles as small as 0.3 microns. This ensures that allergens and microscopic dust are trapped within the device rather than being exhausted back into the living area, which is a significant benefit for allergy sufferers. The post-motor filter is designed to be permanent and only requires a simple monthly wash in cold water to maintain peak performance. When the 0.76-litre bin is full, the "point and shoot" hygienic ejection mechanism allows for the disposal of dust deep into a rubbish bin in one smooth motion, ensuring you never have to touch the dirt.

Battery performance is robust enough for most Australian suburban homes, offering up to 60 minutes of fade-free power in the lowest suction setting. The device features three distinct power modes, allowing the user to switch between "Suction Mode 1" for light dusting, "Suction Mode 2" for daily floor cleaning, and "Boost Mode" for intensive spot cleaning. The seven-cell nickel-cobalt-aluminium battery is designed to provide consistent energy delivery until the very end of the charge. When the session is over, the vacuum clicks into a wall-mounted dock that handles both charging and accessory storage, ensuring the hardware is always ready for the next task.

This description was generated with the help of AI and last updated April 2026.