On the night of March 23, the official Weibo of Roborock introduced a brand new product: Roborock T7S collection of sweeping and dragging robots, which might be launched quickly.
The promotional video focuses on the demonstration of the brand new motor, and the roaring sound implies highly effective efficiency. At the top of the video, a aspect of the Roborock T7S leaked out. It appears that the physique is thicker, and it appears to help lifting?
Roborock T7S Features:
At current, sweepers are pursuing lightness and thinness. It is affordable to guess that the half that’s leaked within the video isn’t the Roborock T7S itself, however could also be a mud collector.
Nowadays, sweeping robots with mud collector operate are very talked-about. After sweeping the ground, the sweeper will routinely suck the mud within the mud field into the mud collector. It takes out the rubbish as soon as a month, which is a should for lazy individuals.
The Roborock T7S collection can even be the third product of the T7 collection. The T7 and T7 Pro have been launched earlier than.
In March final 12 months, Roborock T7 was launched, priced at 2,899 yuan. Equipped with a continuing voltage managed water tank with a peristaltic pump resolution, and a precision umbrella valve air consumption system to make sure easy water circulate and no leakage. The water tank has a big capability of 297ml, which might mop as much as 250 sq. meters in a single time.
Performance:
In phrases of efficiency, the Roborock T7S can even improve the suction energy to 2500Pa, which is 25% increased than the earlier era product, and the noise is sort of the identical because the earlier era. The battery capability is 5200mAh, helps 2.5 hours of battery life, and could be scanned at a time of 250 sq. meters.
Roborock T7S can be outfitted with the RR Mason algorithm, which optimizes the zigzag algorithm, reduces repetition and improves effectivity. At the identical time, the encompass algorithm is improved, and the route is smarter in a multi-table and chair-leg atmosphere.
