La prochaine frontière pour les aspirateurs robotiques pourrait être l'air lui-même. Selon Lei Technology, bien que les grandes marques soient attendues pour présenter de nouveaux produits de nettoyage pour l'Amérique du Nord lors du CES 2026, c'est MOVA, une sous-marque expérimentale de Dreame disposant de son propre équipe de R&D indépendante, qui suscite l'intérêt. La société tease un aspirateur robotique capable de voler littéralement, un concept visuellement suggéré par un affiche représentant un appareil équipé de pales.
Le texte de l'affiche, « 上天入浪 全面封神 », se traduit par « Monter au ciel, entrer dans les vagues ; devenir complètement un dieu », ou plus localement « Conquérir l'air et l'eau. La norme ultime. ». Ici, l'expression « monter au ciel » fonctionne comme un double sens : bien qu'elle soit souvent utilisée dans le marketing chinois pour désigner un produit premium, dans ce contexte, il semble s'agir d'une description littérale. L'invitation de MOVA à « déverrouiller les possibilités infinies du mode de vie futur » suggère un pas audacieux au-delà du nettoyage conventionnel des sols, potentiellement introduisant un système porteur volant pour un combo aspirateur et balai à franges.
This reminds me of the marketing hype around the robot arm last year.
This is likely a drone designed to compete with DJI, following their recent release of a robot vacuum.
Consider a small drone that could accompany the robot vacuum, blowing dust off furniture so the vacuum can collect it from the floor.
This seems designed for multi-level homes, but a stair rail lift might be a more practical solution. Then again, at that point, you might as well just buy a second robot.
MOVA has also shown a robot capable of climbing stairs, including spiral or 90-degree-turn staircases. However, it appears to be significantly slower than the stair-climbing models from other brands like Dreame and Eufy.
Mova seems to be straying from its core focus. What are the objects shown in the bottom right—are they a 3D printer?
I believe so. I saw the 3D printer being marketed in their Facebook group.
It’s hard to see how they could compete with Bambu Lab, but why not? Also, what is that next to the 3D printer?
A screwdriver. I’m not sure what’s next to it, though.
If it can’t handle stairs, I’m not interested. Good basic models are now affordable enough to have one for each floor.
I’ve always wanted to put a vacuum on the counter to sweep up crumbs after cooking. This brings us a step closer to that.
I don’t feel like wiping the table today. Maybe I’ll just send in the robot.
This looks like a render, not a working prototype. The concept is interesting, but the physics seem questionable. A flying vacuum would need to be incredibly powerful to generate enough downward thrust for both flight and suction, which would likely make it very loud and inefficient. I’ll believe it when I see a real demonstration.
I hope they allow remote control so we can recreate that scene.
This could genuinely be a game-changer.
Whoa. I have so many questions. Are we sure it’s a vacuum?
This appears to be a MOVA robot vacuum. The brushes are visible, and the flying carrier base seems to function as a ramp for the vacuum to dock onto before taking flight.
It’s hard to imagine this being a vacuum, as they’re typically too heavy and using such a device indoors would be unsafe. The picture appears to show a robot lawn mower and possibly a shop sweeper with a large purple roller. This might actually be a gutter cleaning robot.
The flying feature will likely involve an exoskeleton that the robot docks with for flight, similar to models like the Zeus 60, Dreame Cyber X, or eufy MarsWalker. Since MOVA hasn’t released any drone products before, they would need to develop this capability from scratch unless they’ve recruited expertise from a company like DJI. Given that, I have some reservations about their drone navigation technology.
The feasibility of a drone small enough for indoor use yet powerful enough to lift a robot vacuum without huge rotors seems unrealistic. It must be something other than a flying vacuum carrier.
I hope brands introduce a practical solution to the market soon.
I’d love to have one so it can fly over my dog when he blocks the way.
This is unlikely to happen. For context, the P10 Pro weighs around 4kg, likely without water. The amount of lift required to carry that weight would be enormous for a household device. While technically possible, most people would not want a drone of that size and power operating inside their home.
I’m waiting for brands to match or exceed the Dyson VisNav 360’s carpet cleaning ability, including Dyson with their new Picea robot. However, I’m fairly certain that level of performance isn’t what gets attention for a brand.
Unless it moves with precision, I don’t see why anyone would want a drone in their home.
This would solve the problem of moving a robot vacuum between floors, which is a genuine issue, but this approach isn’t feasible.
This will likely cost significantly more than simply purchasing a second unit for the upstairs.
I’m also concerned it might collide with me at full speed if I accidentally step into its path.
Everyone should duck because the robot is flying.
“Start selected room cleaning.” The propeller blades begin to whir and then go haywire.
It’s a robot hit and run.
This could pose a safety risk. I can imagine it turning a corner and hitting a child, causing them to fall and hit their head. That could easily lead to an urgent care visit or worse.
The challenge isn’t precision in movement, but the physical lift required to move a robot of that size effectively.