Pudu KettyBot: The Agile 3-in-1 Marketing & Delivery Robot

The Pudu KettyBot is a compact, multi-functional service robot that combines high-efficiency delivery with dynamic customer engagement and in-store marketing. Its sleek, minimalist design is engineered for superior agility, allowing it to navigate narrow, crowded environments where larger robots cannot go. Featuring an eye-catching 18.5-inch advertising screen and AI-powered voice interaction, KettyBot is a powerful tool for service delivery, customer guidance, and revenue-boosting promotion.

Ideal Use Cases (What KettyBot is Good For)

KettyBot excels in dynamic, customer-facing spaces where maximizing efficiency, marketing visibility, and operational flexibility is key.

• Restaurants & Cafés (Delivery & Bussing): Executes multi-table delivery in a single run with high accuracy and utilizes a dish-return bin for efficient bussing, reducing the workload on human staff in compact dining layouts.
• Retail Stores & Shopping Centers (Mobile Marketing): Acts as a walking advertisement using its 18.5-inch screen to display promotional content, sales, or seasonal specials, attracting customer attention and driving traffic to specific departments.
• Gyms & Wellness Centers (Cruise & Sample Distribution): Operates in Cruise Mode to patrol designated areas, offering complimentary items like towels, water, or promotional flyers while broadcasting announcements or affiliate offers.
• Office Buildings & Corporate Lobbies (Guiding & Reception): Greets visitors, utilizes autonomous path planning to escort guests to meeting rooms or offices, and displays company news or branding on its centralized screen.
• Any Crowded/Complex Indoor Venue (Superior Mobility): Its C-shaped compact design allows it to effortlessly navigate aisles and clearances as narrow as 55 cm, making it viable for places with high foot traffic or limited space.
• Facilities Using Robot Fleets: Integrates with the PUDU Scheduler system for multi-robot cooperation, ensuring a fleet of robots can communicate and operate efficiently without collision in a shared environment.