
Dreame Roboticmower A1
Dreame A1 is a wire-free robotic mower built around 3D LiDAR mapping for lawns up to 2,000 m2.
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Dreame Roboticmower A1 vs Segway Navimow i2 LiDAR: compare price, lawn area, slope, battery, navigation and the practical verdict for your garden.
Segway Navimow i2 LiDAR leads with 5 winning criteria. The best choice is still the one that fits your area, slope and budget.

Dreame A1 is a wire-free robotic mower built around 3D LiDAR mapping for lawns up to 2,000 m2.

The Navimow i2 LiDAR (i215) leans on solid-state LiDAR and vision to map without Network RTK, over around 1,500 m2. Announced model, pricing not disclosed.
Segway Navimow i2 LiDAR leads with 5 winning criteria. The best choice is still the one that fits your area, slope and budget.
On area, the Dreame Roboticmower A1 covers 2,000 m² vs 1,500 m² for the Segway Navimow i2 LiDAR: a meaningful gap if your lawn exceeds 1,500 m². On slopes, the Dreame Roboticmower A1 (45%) outperforms the Segway Navimow i2 LiDAR (30%): if your lawn exceeds 30%, the choice is clear.
Each row highlights the stronger profile when the data is decisive.
No usable difference across currently documented rows.
| Criterion | Dreame Roboticmower A1 | Segway Navimow i2 LiDAR |
|---|---|---|
| Indicative pricelower is better | 1 299 €Tie | 1 299 €Tie |
| Launch yearhigher is better | 2024 | 2026Advantage |
| Recommended areahigher is better | 0.49 acres (21,528 sq ft)Advantage | 0.37 acres (16,146 sq ft) |
| Hourly efficiencyhigher is better | 2,153 sq ft/hr | To confirm |
| Max slopehigher is better | 45 %Advantage | 30 % |
| Cut widthhigher is better | 8.7 inches | To confirm |
| Cutting systemdocumented support | Quick-detach razor blade cutting deckCutting systemBlade or deck type used to cut the grass. | To confirm |
| Batterydocumented support | 5 Ah / 90 Wh | To confirm |
| Charge timelower is better | 65 minAdvantage | 120 min |
| Runtimehigher is better | To confirm | 120 min |
| Replaceable batteryhigher is better | Yes | To confirm |
| Weightlower is better | 26.5 lbs | 24.3 lbsAdvantage |
| Navigationhigher is better | LiDARLiDARLaser distance sensing used for mapping and detection. + Remote mappingMappingBuilding the map of the garden the mower uses to plan its passes. | LiDARLiDARLaser distance sensing used for mapping and detection. + VisionAdvantage |
| Wire-free setuphigher is better | YesTie | YesTie |
| Obstacle avoidancehigher is better | LiDARLiDARLaser distance sensing used for mapping and detection. 3D OmniSenseOmniSenseDreame's name for its LiDAR, vision and mapping stack. | LiDARLiDARLaser distance sensing used for mapping and detection. solid-state + AI visionAI VisionAI camera system for object avoidance and navigation support. (cartographieMappingBuilding the map of the garden the mower uses to plan its passes. laser)Advantage |
| 4Ghigher is better | OptionalAdvantage | No |
| Mowing modeshigher is better | Auto + Edge + Zone + No-go zoneTie | Multi-zone + No-go zone + Programmation + Recharge auto et repriseTie |
| Remote camerahigher is better | No | To confirm |
| Patrolhigher is better | No | To confirm |
| Human detectionhigher is better | No | To confirm |
| Two-way audiohigher is better | No | To confirm |
| Anti-thefthigher is better | Lift alert + App alerts | To confirm |
| Tool-free bladeshigher is better | Yes | To confirm |
| Noiselower is better | 64 dBNoise level (dB)Noise produced while running, in decibels, on a scale that is not linear. | 58 dBNoise level (dB)Noise produced while running, in decibels, on a scale that is not linear.Advantage |
| Water protectionhigher is better | IPX6IPX ratingWater-resistance rating, not a blanket immersion guarantee.Tie | IP66Tie |
| Zonesdocumented support | Yes | Yes |
| Edgeslower is better | 1.2 inches | To confirm |
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A clean fit for medium to large lawns when you want LiDAR setup without perimeter wire or RTK station complexity.
One to watch if you want LiDAR without reliance on an RTK signal, but the spec sheet is still incomplete and pricing is not set.
This comparison turns spec sheets into a practical decision: real lawn size, slope, budget, navigation and installation constraints. Rows without usable data are removed to keep the read clean.