heise+ Roborock RockMow in the test: strong hardware, weak software

Roborock has launched its first lawn-mowing robot, the RockMow, marking a new venture into outdoor maintenance technology. The company, known primarily for vacuum cleaners, is expanding its product range with eight different models designed to cater to varying sizes and topographies of lawns. Among these, the Z1 Lidar model stands out due to its advanced laser navigation system and all-wheel drive with actively steering front wheels. Priced at 2700 euros, this model positions itself as a premium option within the market, competing with established brands such as Dreame and Segway. The RockMow series represents a strategic shift for Roborock, aiming to capture a segment of the market traditionally dominated by other manufacturers. While the hardware components have been praised for their robustness and innovation, early tests reveal challenges in software performance. Users have noted issues with the robot's ability to navigate tight spaces and corridors effectively, suggesting that while the physical capabilities of the device are impressive, the software integration requires refinement. In practical testing, the RockMow has shown promise in terms of durability and design, particularly with its all-wheel-drive configuration which allows it to handle uneven terrain more efficiently than many competitors. However, the navigation system, though equipped with lidar technology, has faced criticism for its inconsistency in mapping and path planning. This has led to instances where the robot fails to complete mowing tasks without human intervention, highlighting a gap between theoretical specifications and real-world application. The introduction of the RockMow comes amid a broader trend in home automation, where consumers increasingly seek integrated solutions for household chores. Competitors like Dreame and Segway have already made strides in this area, offering products that combine high-end features with user-friendly interfaces. For Roborock, the challenge lies not only in matching these offerings but in addressing the specific needs of lawn care, which involves navigating complex environments and maintaining consistent performance over extended periods. User feedback indicates that while the initial setup of the RockMow is straightforward, long-term usage reveals limitations in software adaptability. Some users have reported that the robot struggles with recalibrating after environmental changes, such as newly planted shrubs or seasonal variations in grass height. These issues suggest that further development is necessary to enhance the robot’s responsiveness and reliability. As the market for smart gardening equipment continues to grow, Roborock’s entry into the field could influence future innovations. However, the success of the RockMow will depend heavily on how quickly the company addresses the identified software shortcomings. With a diverse lineup of models available, Roborock aims to provide a comprehensive solution for homeowners looking to automate their lawn maintenance routines. The coming months will be crucial in determining whether the RockMow can establish itself as a reliable alternative to existing market leaders.