The Dreame L60 Ultra robot vacuum cleaner is currently on sale with an 11% discount, priced at 799 euros instead of its usual 899 euros on Amazon. This limited-time offer makes it one of the more affordable high-end robot vacuums available. The device has an ultra-thin profile of 8.2 cm, allowing it to move under low furniture and tight spaces. It uses advanced 3D Time-of-Flight (ToF) navigation, which works with an intelligent camera and LED lighting to detect more than 280 types of objects. This helps it navigate around obstacles and through cluttered areas. It can also cross small thresholds of 5 cm and vertical steps of 3 cm, making it suitable for homes with varying floor levels. The Dreame L60 Ultra has a powerful suction system with a maximum of 35,000 Pa of force, thanks to its Vormax system, placing it among the strongest robot vacuums available. It includes a double rotating brush called the HyperStream Detangling DuoBrush, which helps it grip carpets more effectively and reduce hair and fiber entanglement. The robot can identify carpets and adjust suction power accordingly. When it detects a carpet, it can lift its mopping system by 10.5 mm, though this may not be enough for very thick carpets. For cleaning, it uses two rotating Omni-Scrub pads that move mechanically, which is more effective than a simple wiping action. These pads and a side brush extend outward to clean along baseboards, corners, and other hard-to-reach areas. The robot comes with a charging station that offers automatic emptying into a 3.2-liter dust bag, which fills the internal reservoir. It also includes automatic detergent dosing, washes the cleaning pads with hot water up to 100°C, and uses hot air drying to reduce mold and odors. The water tanks hold 4.5 liters of clean water and 4 liters of dirty water, which users will need to empty and replace occasionally. Some maintenance of parts may also be required over time. The Dreame L60 Ultra is only available for a limited time with this discount, and consumers can use a dedicated comparative guide to evaluate it against other robot vacuum models.