Dreame Aqua10 Roller
Dreame Aqua10 Roller — US manufacturer listing.
Specifications
8/10 published
| Suction | 30,000 Pa |
|---|---|
| Navigation | LDS |
| Self-emptying dock | Yes |
| Mopping | Yes |
| Battery runtime | Not published |
| Onboard dustbin | 220 ml |
| Obstacle avoidance | AI RGB + 3D structured light + LED (240+) |
| Max climb | 60 mm |
| Noise | Not published |
| App control | Yes |
Values entered only where Dreame publishes them. We do not estimate, interpolate, or copy figures from reviews.
Price & availability tracking
Methodology →- Current list price
- $899.99
- Manufacturer price on official US store
- Last change
- No change recorded
- Last checked
- Sep 14, 2026
- Checked weekly
Where this price sits in the category
At $899.99, the Dreame Aqua10 Roller sits below the $949.5 median list price of the 50 robot vacuums we track with a published price, in a range running from $199 to $1,699.99.
- Category low
- $199
- Median of 50
- $949.5
- Category high
- $1,699.99
Computed from manufacturer list prices held in the database when this page was rendered.
How the Aqua10 Roller differs from other Dreame models
Straight differences in the figures Dreame publishes for each model in this category. Attributes either model leaves unpublished are excluded rather than guessed.
vs Dreame Aqua10 Ultra Roller
Lower on the Aqua10 Roller
Max climb: 60 mm on the Aqua10 Roller against 80 mm on the Aqua10 Ultra Roller.
3 published attributes are identical on both models.
vs Dreame X60 Max Ultra Complete
Lower on the Aqua10 Roller
Suction: 30,000 Pa on the Aqua10 Roller against 35,000 Pa on the X60 Max Ultra Complete.
Onboard dustbin: 220 ml on the Aqua10 Roller against 235 ml on the X60 Max Ultra Complete.
Max climb: 60 mm on the Aqua10 Roller against 88 mm on the X60 Max Ultra Complete.
3 published attributes are identical on both models.
vs Dreame X60 Ultra
Lower on the Aqua10 Roller
Suction: 30,000 Pa on the Aqua10 Roller against 35,000 Pa on the X60 Ultra.
Onboard dustbin: 220 ml on the Aqua10 Roller against 235 ml on the X60 Ultra.
Max climb: 60 mm on the Aqua10 Roller against 88 mm on the X60 Ultra.
3 published attributes are identical on both models.
What Dreame does not publish for this model
Dreame does not publish 2 of the attributes we track for the Aqua10 Roller, listed below. Those rows read Not published rather than carrying an estimate.
- Battery runtime
- Noise
Aqua10 Roller questions answered from published data
- How much does the Aqua10 Roller cost?
- Dreame lists the Dreame Aqua10 Roller at $899.99. We last verified it against Dreame’s own listing on Sep 14, 2026.
- What are the Aqua10 Roller specifications?
- Dreame publishes suction of 30,000 Pa, navigation of LDS, self-emptying dock of Yes, and mopping of Yes for the Dreame Aqua10 Roller. In total 8 of the 10 robot vacuums attributes we track are published for this model; the rest read Not published.
- Does Dreame list the Aqua10 Roller with self-emptying dock?
- Yes. Dreame lists self-emptying dock as included on the Dreame Aqua10 Roller.
- How does the Aqua10 Roller compare to the X60 Max Ultra Complete?
- On manufacturer-published figures: The X60 Max Ultra Complete lists a higher suction and onboard dustbin. Every attribute either model publishes is set side by side on our comparison, with unpublished figures marked rather than guessed.
- Aqua10 Roller vs X60 Max Ultra Complete →
- Can you buy the Aqua10 Roller?
- We record the Dreame Aqua10 Roller as buy now. A real purchase path exists for a buyer in the US today.
Compare with
Other robot vacuums measured on the same attributes.
- Dreame Aqua10 Ultra RollerAqua10 Roller vs Aqua10 Ultra Roller →Buy now
- Ecovacs DEEBOT X11 OmniCycloneAqua10 Roller vs DEEBOT X11 OmniCyclone →Buy now
- Ecovacs DEEBOT X12S OmniCycloneAqua10 Roller vs DEEBOT X12S OmniCyclone →Buy now
- MOVA E30 ProAqua10 Roller vs E30 Pro →Buy now
- MOVA E30 Pro PlusAqua10 Roller vs E30 Pro Plus →Buy now
- Samsung Bespoke Jet Bot ComboAqua10 Roller vs Bespoke Jet Bot Combo →Buy now
Head-to-head comparisons
Dedicated pages for the matchups where both models have enough published data.
