3i P10 Ultra (3i) vs Dreame L40s Ultra AE (Dreame)

3i P10 Ultra or Dreame L40s Ultra AE? Compare specs, navigation, sensors, and battery performance.

3i P10 Ultra
3i

3i P10 Ultra

⭐ Rating: 4.0/5
$700-$1100
vs
Dreame L40s Ultra AE
Dreame

Dreame L40s Ultra AE

⭐ Rating: 4.0/5
$700-$900

The 3i P10 Ultra positions itself in the mid-range home vacuum cleaner market with a price range of $700-$1100. It features a 34 cm diameter x 10 cm height design weighing 4.5 kg, equipped with spinning LiDAR, dual 3D structured light sensors, AI camera, ultrasonic sensor, cliff sensors, and bump sensors for navigation via SLAM and 3D mapping. This setup enables AI-powered visual recognition and control through smartphone app, voice assistants like Alexa and Google Assistant, and autonomous operation. Key differentiators include its comprehensive sensor array and proprietary firmware with AI-enhanced cleaning algorithms.

The Dreame L40s Ultra AE targets the competitive $700-$900 segment for home vacuum cleaners. It has dimensions of 35 x 35 x 9.7 cm and weighs 4.1 kg, with a specified speed of 0.3 m/s and sensors including LiDAR, RGB camera, 3D structured light, cliff sensor, and bump sensor. Navigation relies on AI-enhanced SLAM combining RGB camera and 3D structured light, supported by Dreame OS, smartphone app, voice control, and autonomous operation. Distinguishing aspects are its lighter build and integrated speed specification.

Specifications Comparison

Specification3i P10 UltraDreame L40s Ultra AE
Price$700-$1100$700-$900
Weight4.5 kg (9.9 lbs)4.1 kg
Max Speed-0.3 m/s
Runtime180 minutes (3 hours)180 minutes
Battery Pack5200 mAh6400 mAh
Dimensions34 cm diameter x 10 cm height (13.4 in diameter x 3.94 in height)35 x 35 x 9.7 cm
SensorsLiDAR, dual 3D structured light sensors, AI camera, ultrasonic sensor, cliff sensors, bump sensorsLiDAR, RGB camera, 3D structured light, cliff sensor, bump sensor
Charging Time4-5 hours3.5 hours
Navigation SystemSpinning LiDAR with SLAM, 3D mapping, AI-powered visual recognitionAI-enhanced SLAM with RGB camera and 3D structured light
Control MethodSmartphone app, voice control (Alexa, Google Assistant), autonomous operationSmartphone app, voice control, autonomous operation

Showing 10 of 43 specifications

Detailed Analysis

Trade-off: +1 each
Dreame L40s Ultra AE

Design & Build Quality

Trade-off

The 3i P10 Ultra measures 34 cm diameter x 10 cm height and weighs 4.5 kg, providing a compact round profile suited for home navigation. In contrast, the Dreame L40s Ultra AE has slightly larger dimensions at 35 x 35 x 9.7 cm and is lighter at 4.1 kg, potentially aiding maneuverability in tight spaces. Both share similar low-profile heights under 10.5 cm, facilitating access under furniture.

Trade-off: +1 each
Dreame L40s Ultra AE

Mobility & Navigation

Trade-off

3i P10 Ultra employs spinning LiDAR with SLAM and 3D mapping for precise path planning, while Dreame L40s Ultra AE uses AI-enhanced SLAM integrating RGB camera and 3D structured light. The Dreame model specifies a speed of 0.3 m/s, absent in 3i data, which may influence cleaning cycle times. Real-world tests indicate both perform well in obstacle avoidance, with Dreame L40s variants scoring high in evaluations[4].

Trade-off: +1 each
Dreame L40s Ultra AE

Sensors & Perception

Trade-off

3i P10 Ultra includes LiDAR, dual 3D structured light sensors, AI camera, ultrasonic sensor, cliff sensors, and bump sensors for comprehensive environmental detection. Dreame L40s Ultra AE features LiDAR, RGB camera, 3D structured light, cliff sensor, and bump sensor, lacking the dual structured light and ultrasonic components. This gives 3i a broader sensor suite for perception tasks.

Dreame L40s Ultra AE: +2
Dreame L40s Ultra AE

AI Capabilities

Winner 🏆 Dreame L40s Ultra AE

Both robots leverage AI in navigation, with 3i P10 Ultra using AI-powered visual recognition via its AI camera and proprietary firmware algorithms. Dreame L40s Ultra AE integrates AI-enhanced SLAM with RGB camera support in Dreame OS. User discussions highlight strong performance in both for avoiding obstacles and handling debris[2].

Trade-off: +1 each
Dreame L40s Ultra AE

Battery & Power Efficiency

Trade-off

Both models claim a 2-3 year battery lifespan, indicating comparable longevity expectations. Dreame L40s Ultra AE demonstrates 2.63 minutes per percent battery efficiency in tests, outperforming averages, while specific 3i data aligns with similar runtime capabilities[4]. No speed impacts battery distinctly beyond Dreame's 0.3 m/s rating.

Trade-off: +1 each
Dreame L40s Ultra AE

Use-Case Suitability

Trade-off

Designed for home cleaning, both handle vacuuming and mopping tasks via autonomous operation. 3i P10 Ultra's extensive sensors suit varied home layouts, while Dreame L40s Ultra AE's lighter weight and speed aid quick coverage. Tests show Dreame variants excelling in carpet deep clean at 85% and mopping scores[4], with 3i noted for mulch and debris handling[2].

3i P10 Ultra: +2
3i P10 Ultra

Software Ecosystem

Winner 🏆 3i P10 Ultra

3i P10 Ultra runs proprietary firmware with AI-enhanced navigation and cleaning algorithms, controllable via smartphone app and voice assistants. Dreame L40s Ultra AE uses Dreame OS with app-based firmware updates and similar controls. Both support voice integration, though specific ecosystems differ.

Trade-off: +1 each
Dreame L40s Ultra AE

Safety Features

Trade-off

Safety includes child lock, cliff detection, and anti-collision sensors on both robots. 3i P10 Ultra adds these via its sensor array, while Dreame mirrors with equivalent cliff and collision detection. Evaluations confirm effective obstacle avoidance in real-world scenarios[3][4].

Analysis Score Summary

Total Score

8

3i P10 Ultra

VS

Based on Detailed Analysis

Total Score

8

Dreame L40s Ultra AE

📊 Win: 2 points | Trade-off: 1 point each

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Disclaimer

All content, comparisons, and verdicts on this website are based on our research, testing, and opinion. While we strive for accuracy, we do not guarantee the completeness, reliability, or suitability of any information. Performance, specifications, and results may vary depending on usage and conditions. This website and its authors are not responsible for any decisions, actions, or outcomes based on the information provided. Always verify product details with the manufacturer before making purchase or operational decisions.