Project Overview
WYBOT C2 Vision, a highly efficient robotic pool cleaner powered by cutting-edge AI vision technology, is designed to shorten cleaning waiting time and reduce labor work for pool owners while keeping pool water clean. It prioritizes user needs and introduces modern technology, revolutionizing the pool cleaning industry.
Organisation
Team
WYBOTICS CO., LTD
Project Brief
In today’s fast-paced world where efficiency and quality of life are paramount, tedious pool cleaning tasks have annoyed many owners. In response, WYBOT C2 Vision equipped with cutting-edge AI vision technology and innovative designs redefines pool maintenance, transforming traditional pool cleaning tasks from back-breaking chores into intelligent, efficient high-tech experiences. Featuring a compact and lightweight design, the product is convenient for users to operate and store; meanwhile, its sleek, streamlined body not only improves aesthetic appeal, but also minimizes drag to significantly enhance cleaning efficiency.
Project Innovation/Need
AI Vision Technology: WYBOT C2 Vision is loaded with the industry’s first AI camera. In Dirt Hunting Mode, it can recognise dust, debris, and obstacles in real time for smart path planning to achieve the optimal cleaning results.
Ultra-Fine Filtration System: To thoroughly remove fine dirt such as green algae, dust, and sand, the product adopts a high-efficiency filtration system; in Turbo Floor Mode, users are allowed to install the 10 μm ultra-fine HEPA as the secondary filtration.
The system captures over 99% of fine particles to enhance water clarity, ensuring a crystal-clear pool at all times.
Customised Cleaning Modes: Thanks to the WYBOT App, users can switch among 8 cleaning modes (Floor & Wall & Waterline & Wall then Floor & Standard Full Pool & ECO Floor & Turbo Floor & Dirt Hunting) with one click for full-scenario, professional-grade pool cleaning.
Design Challenge
The pool environment is complex, featuring steps, handrails, and drains; traditional cleaners often collide with these obstacles or miss dirt. How to enable precise perception and obstacle avoidance in such an underwater environment was a significant challenge. WYBOT C2 Vision utilises AI vision technology to perceive the underwater environment in real time, which can intelligently recognise dirt and obstacles to ensure high safety and efficiency during a cleaning process. Moreover, it incorporates an ultra-fine filtration system that boasts the HEPA as the secondary filtration, contributing to effective filtration for crystal-clear water.
Different swimming pools (residential/commercial) vary greatly in cleaning needs; however, traditional equipment tends to offer limited modes and complicated operations. Considering that, the design team has developed the WYBOT App. It provides 8 cleaning modes (Floor & Wall & Waterline & Wall then Floor & Standard Full Pool & ECO Floor & Turbo Floor & Dirt Hunting), and allows for easy switching with just one click. With “Expert Mode” in the App, the user can customise cleaning paths (S-Shape, Cross-Pattern, Star-Pattern, etc.) to tackle complex scenarios.
Sustainability
- WYBOT C2 Vision’s AI vision technology and adaptive cleaning mechanism will lead the intelligent transformation of the industry and elevate its overall technical standards.
- WYBOT C2 Vision supports various cleaning paths (S-Shape, Cross-Pattern, etc.) for optimized pool cleaning performance. This reduces redundant movements, improving cleaning efficiency by 20%-30% and thus decreasing energy consumption.
- WYBOT C2 Vision, equipped with the 10 μm ultra-fine HEPA as the secondary filtration, effectively captures fine pool particles like green algae, dust, and sand, significantly cutting down on the use of chemical cleaning agents to reduce chemical pollution by approximately 50%.
Product Design - Commercial & Industry
This award celebrates creative and innovative design for either a component or overall product. Consideration given to aspects that relate to human usage, aesthetics, selection of components and materials, and the resolution of assembly, manufacturing and the overall function.
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