The DJI Romo P2 is a new generation of robot vacuum that improves on several features of its predecessor, the Romo P. It can clean an area of up to 180 square meters and includes functions for washing, recharging, water filling, mopping, and dust removal. The Romo P2 is equipped with two rotating mops and an articulated arm guided by LiDAR, capable of pivoting up to 123° to reach hard-to-reach areas. It comes with a station that automatically empties the dust bin, fills with clean water, collects dirty water, and washes and dries the mops. The Romo P2 is priced at €1299 at launch, which is €600 less than its predecessor, the Romo P. It was tested with firmware version 01.00.0410 and the DJI Home app in version 1.6.9. It features a translucent chassis that allows users to see the internal mechanisms, and the station shares this modern aesthetic. However, the station is the main constraint in daily use. It occupies a significant amount of floor space with dimensions of 45.3 cm in width, 42.5 cm in depth, and 44 cm in height. Its size might complicate installation in small spaces, especially since enough clearance is needed to access the water tanks and dust bag. Weighing 10 kg, it is better suited for a permanent location rather than frequent moving. In contrast, the robot itself is lighter, weighing 4.9 kg and easier to handle. The DJI Home app (available on iOS and Android) offers a user-friendly interface for mapping the home and customizing various settings. Scheduling cleaning sessions and accessing different cleaning modes are straightforward. Advanced features include remote control of the robot and a live view of what its camera sees. Navigation is one of the Romo P2's main strengths. Its mapping is both fast and highly accurate, providing a true representation of the home on the first pass. The robot correctly identifies different rooms and navigates through the environment with minimal difficulty. It uses multiple sensors and cameras to detect obstacles and adjust its path accordingly. During testing, it successfully identified various objects placed in its path and generally avoided them. It was able to pass under furniture and chairs, behind curtains, or along baseboards. The Romo P2 performs well in suction but has varying results on different surfaces. On hard floors, it collects 97% of debris in standard and boost modes, which is sufficient for most dirt on the first pass. It is also effective on thin carpets, collecting 97% in standard mode and 100% in boost mode. However, on thick carpets, it collects 84% in standard mode and 83% in boost mode, which is an improvement over the Romo P but still leaves some debris behind. Multiple cleaning cycles might be needed for a more thorough clean. The boost mode does not significantly improve results on thick carpets in this case. The Romo P2 can also navigate over obstacles thanks to its liftable chassis. During testing, it successfully crossed thresholds up to 4 cm high, although it sometimes bumped into obstacles before activating its lifting mechanism. Overall, the Romo P2 offers precise navigation and good object detection, though some contact with obstacles and challenges in obstacle clearance slightly affect this assessment, without undermining its overall effectiveness. The Romo P2 operates at a relatively moderate noise level. It measured 50 dB(A) in normal mode and 57 dB(A) in boost mode, which is manageable for regular use, though the boost mode is clearly audible. The Romo P2 uses two rotating mops that automatically lift when the device detects a carpet to avoid wetting it. It also has an articulated arm guided by LiDAR, capable of pivoting up to 123°, which helps in cleaning edges and reaching hard-to-reach areas. The cleaning performance is convincing overall, effectively removing soda and oil stains and most dried ink. Lipstick leaves only a faint trace after cleaning, but ketchup stains remain stubborn even after three passes. The articulated arm helps the Romo P2 clean along baseboards and reach areas that other robots typically struggle with, though its effectiveness is more limited in corners. The Romo P2 lasted a bit over 2 hours in standard mode during testing, which is a satisfactory daily autonomy, though some high-end models exceed 3 hours in less power-intensive modes. Autonomy strongly depends on the power level used. The more the robot uses its suction and cleaning functions, the more the battery is consumed. The Romo P2 can return to its station automatically when the battery is low and resume cleaning once sufficiently charged. DJI claims up to 3 hours of autonomy, but this is under specific usage conditions. The Romo P2 scores well in reparability with an 8.1/10 rating. It stands out for its ease of disassembly, rated 7/10, and the cost of its replacement parts, which score a maximum 10/10 compared to the price of a new robot. However, it scores 0/10 for the availability duration of parts, a point to consider for long-term use, which could complicate repairs and limit its lifespan. The DJI Romo P2 offers several improvements over its predecessor. Its precise navigation and good obstacle detection allow it to move efficiently through the home. Additionally, its articulated arm makes cleaning hard-to-reach areas easier, and suction performance has improved on carpets. The station automates much of the maintenance. However, performance on thick carpets is more variable, hair is still difficult to suction, and dust in floor grooves remains a challenge. The robot may occasionally touch certain obstacles and its threshold crossing can lack precision. Nonetheless, the Romo P2 remains a complete and user-friendly robot vacuum; it is aimed at demanding users for whom navigation quality, maintenance automation, and the ability to reach hard-to-reach areas justify the investment. Priced at €1299, the Romo P2's cost complicates its positioning against a competitive market that has significantly reduced its price expectations. Models like the Narval Flow, Dreame Aqua10 Ultra Roller, Dyson Spot+Scrub AI, and the Deebot series from Ecovacs (T50 Pro Omni, X1 Omni, and X2 Omni) are now available at significantly lower prices while still showing solid performance in our tests. Although the Romo P2 has serious arguments, particularly its highly developed navigation, its high price limits its appeal compared to other models. Its biggest competitor might ultimately be its predecessor, the Romo P, which, though less performant in some areas, is now sold for nearly €450 less.