Bronze Home Appliances Design · 2021
Hobot388 Window Cleaning Robot
- A' Design Award 2021 Bronze Winner in Home Appliances Design
- Awarded April 15, 2021
- CLIENT: HOBOT Technology Inc.
- Estimated Number of Design Views: 17,673
- Verification code AFBBB42FEC · Verify this award
About Hobot388 Window Cleaning Robot
Hobot388 is a window cleaning robot made for household use. Vacuum suction holds Hobot388 on the glass, while two cleaning wheels move the body freely and imitate the motion of a human hand. An ultrasonic nozzle sprays a fine mist of about 15 micrometers, similar to the effect of human breath on glass, to improve the cleaning result. The robot climbs to the top of the window frame and then cleans in rotating and zigzag patterns. An uninterrupted power system, an anti-falling control algorithm and an extension power cord support safe use on large and outdoor windows.
Press Kit
- Unique Properties
- Relying on the vacuum suction power to attach to the window, Hobot388 can move freely with two cleaning wheels and mimic the human hand gesture to clean the window. Hobot388 also equips an ultrasonic water spray nozzle that nebulizes 15μm mists water like the effect of human exhale on the window to bring the best cleaning result.
Besides, Hobot388 is the best cleaning solution for large and/or outdoor windows with the extension power cord to ensures the safety and user's convenience. - Dimensions & Packaging
- Round device shape, Vacuum, 295 mm × 148 mm × 95 mm, Rotating and zigzag cleaning patterns, 20mins uninterrupted power system(UPS), Anti-falling control algorithm, High sensitivity pressure sensor, Certifications: CE, FCC, RoHS
- Tags
- Robotic window cleaner, Window cleaning robot, Smart window clean robot, Window cleaning solution
- Production Technology
- laser cutting, injection molding, tooling, in-mold decoration, software engineering, app coding, multi-filed integration from electronics, telecommunications and mechanisms
- Design Challenge
- The biggest challenge is to execute vertical cleaning tasks against gravity.
Beyond gravity, we put much effort into enhancing the operation reliability and safety.
Third, to help people reduce the housework burden, the excellent cleaning effect is also one of the goals we achieved. - Project Duration
- This project started in 2018 in Taiwan and exhibited at IFA Berlin in 2019, and was launched in December 2019.
- Operation Flow
- Hobot388 is easy to set up, just wrap the cleaning rings with the cleaning cloth, then attach it to the device, finally press the quick-start button, and place it on the window to get it to work.
When attached to the window surface, Hobot388 will climb up on until detecting the top of the window frame, then perform auto-clean in rotating and zigzag way from top to bottom.
In case there is a power outage, Hobot388 will stop automatically, play alert, and flash red and blue light to warn the user. - Research
- Robots have gotten to the point where they can help people to do chores and handle dangerous tasks.
After researches in kinetic modeling and calculation of friction factor, 3D modeling, mockup, and prototyping, a robotic window cleaner embedded with an automatic water spray function was developed to clean the windows.
With so much effort in it, Hobot388 is recognized for its outstanding performance and the benefit to life. - Inspiration
- The initial idea of a window cleaning robot was born when Mr. Chao(George) was exhausted by the chores of cleaning the windows. He not only has the vision and enthusiasm to make people’s lives better but also the capability to put the idea into practice.
In 2010, the world’s first window cleaning robot was born, this is the predecessor of Hobot388. HOBOT team takes the inspiration from chores, integrating biotechnology, electronics engineering, and mechanical design to make Hobot388. - Image Credits
- Image #1 by HOBOT Technology Inc.
Image #2 by HOBOT Technology Inc.
Image #3 by HOBOT Technology Inc.
Image #4 by HOBOT Technology Inc.
Image #5 by HOBOT Technology Inc. - Patents
- Patented, Patent No. 006901260-0001, Europe jurisdiction.