We all know the drill: A hotel room may look tidy, but there’s bacteria lurking in those neatly pressed sheets. In a 2012 study, researchers found 81 percent of hotel room surfaces sampled had some fecal bacteria.

But before you start stressing about your next vacation, there’s a little robot that can help. Ventur Studio’s CleanseBot is a travel-sized cleaning robot designed to sanitize and disinfect hotel room surfaces — no chemicals used.

 

 

Equipped with with artificial-intelligence tech and 18 sensors, CleanseBot uses multi-directional, ultraviolet germicidal irradiation — UV-C lamps — to blast away 99.99 percent of germs and bacteria on any surfaces, but most importantly, on your hotel bed.

The UV-C light has also been proven to help prevent the spread of airborne viruses, according to Ventur Studios.

To blast away the bacteria on your bed, just set the robot down on the bed for 30 or 60 minutes, and it works to sanitize and disinfect sheets and blankets. Its sensors can detect obstacles, allowing it to change directions and climb over materials.

You can then pick up the bot in handheld mode to sanitize electronic devices, light switches, hard surfaces, children’s toys, and even pet toys. When in handheld mode, sensors automatically switch off the upward-facing UV-C light.

Weighing less than half a pound, Ventur Studio says the CleanseBot kills 99.99 percent of bacteria, germs, and dust mites. In addition to its three cleaning modes (under blanket, climbing, and handheld), CleanseBot is also a power bank able to charge devices with its 3700 mAh battery.

Ventur Studio currently has patents for the CleanseBot, including technology that keeps the tiny machine from falling off a bed, and another for the wheel technology, which allows the robot to go over any type of material or surface.

On Jan.7, CleanseBot hit the ‘million club’ on Kickstarter — 10,474 backers had pledged $1,187,861 to bring the project to life.

The Kickstarter sale price is $99, and all orders and units are expected to ship in April 2019.