
The eufy Robot Vacuum 3-in-1 E20 is the world’s first detachable multi-function robot vacuum. It seamlessly transforms from a powerful robot vacuum to a versatile stick vacuum or a portable handheld vacuum, making it the ultimate cleaning solution for your home — from floors to stairs and everything in between. Equipped with high-performance filters, a powerful 30,000 Pa suction for handheld and stick modes, an auto-empty station, faster charging, and millimeter-level obstacle avoidance, the E20 is designed to serve you and your family anytime, with unmatched convenience and efficiency.
Q: Is this eufy vacuum suitable for both carpets and hard floors?
A: Yes, the E20 vacuum cleaner is designed for multi-surface cleaning, including both carpets and hard floors.
Q: Can I control the vacuum through an app?
A: Yes, you can control your cleaning preferences with the eufy app.
Q: How does the eufy E20 vacuum handle obstacles?
A: This vacuum uses a Triple-Line Laser Obstacle Avoidance system to avoid obstacles.
Q: How long does the battery last on a single charge?
A: This vacuum can clean up to 1,500 sq ft on a single charge.
Q: What type of filtration system does this vacuum use?
A: This vacuum uses the AeroTurbo™️ five-stage filtration system.
Q: What is the maximum suction power of this eufy vacuum in handheld mode?
A: The eufy E20 vacuum cleaner boasts a powerful suction of up to 30,000 Pa when used in handheld mode.
Q: Does this eufy vacuum cleaner have a self-emptying feature?
A: Yes, the E20 comes with a self-emptying feature that can last up to 75 days.
A: The height of the Eufy RoboVac (such as the S1 and S1 Pro models) is approximately 9.60 cm (or 3.78 inches). This means the robot can clean under furniture with a clearance of at least 10.2 cm (4.01 inches) to avoid getting stuck. If the furniture clearance is slightly higher than the RoboVac's height, there is a small chance of it getting stuck. You can ensure optimal performance by raising the furniture clearance to 11 cm (4.33 inches) or more if possible, or using features like the no-go zones in the robot's app to prevent it from entering tight spaces.