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Dreame Unleashes Next-Gen Robotic Lawn Care: A3 AWD and V1 Redefine Mowing Freedom

  • Nishadil
  • September 08, 2025
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  • 2 minutes read
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Dreame Unleashes Next-Gen Robotic Lawn Care: A3 AWD and V1 Redefine Mowing Freedom

The world of robotic lawn care is set to be revolutionized as Dreame, a leader in intelligent cleaning appliances, unveils its latest innovations: the Dreame All-wheel-drive A3 AWD and the Dreame Robotic Lawnmower V1. These cutting-edge devices promise to transform the way we maintain our lawns, offering unparalleled autonomy, precision, and a truly borderless mowing experience.

Leading the charge is the formidable Dreame A3 AWD, engineered to conquer even the most challenging landscapes.

This powerhouse boasts a sophisticated all-wheel-drive system, allowing it to navigate steep slopes of up to an astonishing 75% or 37 degrees with unwavering stability. Designed for expansive properties, the A3 AWD can expertly manage lawns up to an impressive 3,000 square meters, making it ideal for larger homes and complex garden layouts.

What truly sets the A3 AWD apart is its revolutionary navigation.

Leveraging a combination of Vision and LiDAR SLAM technology, this intelligent mower maps its environment with incredible accuracy, eliminating the need for cumbersome boundary wires. Homeowners can simply define their mowing zones within the accompanying app, and the A3 AWD takes care of the rest. Furthermore, its advanced engineering allows for "almost borderless" mowing, trimming grass as close as 1 centimeter from edges and obstacles, ensuring a pristine finish that traditional mowers struggle to achieve.

Safety and intelligence are paramount for Dreame.

The A3 AWD is equipped with advanced AI obstacle avoidance, meticulously detecting and circumnavigating objects like garden furniture, precious flowerbeds, pets, and even children, ensuring a safe and uninterrupted mowing session. Its robust, waterproof design (IPX6) means it can withstand various weather conditions, while automatic charging ensures it’s always ready for its next task.

For those with smaller, more intimate green spaces, Dreame introduces the Robotic Lawnmower V1.

Tailored for gardens up to 400 square meters, the V1 also embraces the freedom of wire-free mowing, utilizing Vision SLAM navigation to intelligently map and navigate its terrain. While designed for smaller plots, it still delivers exceptional results, capable of mowing up to 3 centimeters from edges, providing a neat and tidy appearance without the hassle of manual trimming.

Both models benefit from Dreame's commitment to precision.

They utilize a combination of RTK-GNSS and Vision SLAM for hyper-accurate positioning, allowing them to learn and adapt to your garden's unique contours. This fusion of technologies provides reliable navigation even in areas with limited satellite visibility, ensuring consistent and efficient coverage across the entire lawn.

The arrival of the Dreame A3 AWD and V1 signals a significant leap forward in autonomous lawn care.

By eliminating boundary wires and integrating sophisticated navigation and obstacle avoidance, Dreame is offering homeowners more time to enjoy their gardens rather than tending to them. Expected to debut in China first, with a European launch anticipated later in 2024, these smart mowers are poised to redefine convenience.

While official pricing for the A3 AWD is yet to be confirmed, it is expected to be in a similar range to its predecessor, the Dreame A1, likely around €2,999, with the V1 offering a more accessible entry point into Dreame's innovative ecosystem.

Prepare to experience truly effortless and immaculately maintained lawns, courtesy of Dreame's pioneering spirit in robotic technology.

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Disclaimer: This article was generated in part using artificial intelligence and may contain errors or omissions. The content is provided for informational purposes only and does not constitute professional advice. We makes no representations or warranties regarding its accuracy, completeness, or reliability. Readers are advised to verify the information independently before relying on