Hoover Anti-Twist HF410H

A high-performance vacuum cleaner which is designed to reach every corner with ease. Hair is automatically removed thanks to ANTI-TWIST technology, it has an intuitive LED display, and has up to 30 minutes battery life. Extensive maneuverability Weighing just 2.6kg in use, the HF4 makes it easy for you to clean your entire home. Steer effortlessly around furniture with the swivelling floorhead designed to clean narrow gaps and under low furniture. Consistent powerful cleaning all around your home Deep clean carpets and hard floors using the combination floorhead with ANTI-TWIST brushbar. Thanks to an efficient power management system and powerful brushless motor, the HF4 offers fantastic suction power plus a runtime of 30 minutes* (with the main motorised floorhead) allowing you to clean a 120m2 home with ease. Converts to handheld HF4 is not just for floors, you can instantly convert to handheld mode for cleaning surfaces around your home or inside your car. Use the included 2in1 Dusting & Furniture tool for various surfaces and fabrics throughout your home and a Crevice tool for those hard to reach corners or narrow spaces. ANTI-TWIST technology HF4 comes fitted with an ANTI-TWIST combination floorhead to actively prevent hair wrapping. Using specially developed bristles and an integrated comb, this handy feature untangles hair as you clean. The top window pops open for instant access, making maintenance completely hassle-free. Intuitive controls The control panel allows you to easily toggle to turbo mode with the simple press of a button, whilst the LED display shows how much charge is left in the battery and alerts you about any blockages. Built-in illumination Household dust and dirt can often gather unnoticed in dark corners and under furniture. That's why the HF4 is fitted with LED lights that enable you to easily see into every nook and cranny, and ensure that your home gets a meticulous clean every time you use it. *30 minutes to clean a home up to 120m2-assessed in accordance with methodology specified in clause 6.16.2.4 IEC 62885-4:2020.