Interactive animatronics used in themed entertainment are often prohibitively expensive, typically costing thousands to tens of thousands of dollars, which limits their accessibility to large organizations and excludes smaller developers and venues. Additionally, many existing systems lack fully autonomous, real-time interaction capabilities and rely on scripted or remotely operated behaviors. This project addresses the need for a low-cost, scalable animatronic platform capable of engaging users through natural, personalized interaction. The work matters because it broadens access to immersive technology, benefiting smaller theme parks, museums, and independent creators while enhancing guest experiences.
To address this problem, the project develops an AI-powered, free-roaming animatronic that integrates speech recognition, conversational AI, and autonomous mobility into a single system . The platform uses tools such as a local language model, speech-to-text and text-to-speech systems, and a microcontroller-based robotics platform to enable real-time interaction. By relying on commercially available components and open-source software, the system remains affordable and reproducible. Overall, the approach combines robotics and artificial intelligence in a way that is accessible and understandable even to non-experts.
The project produced a functional prototype of a free-roaming animatronic capable of basic movement, real-time conversation, and expressive feedback through audio and visual outputs. Key deliverables include the fully assembled mechanical system, integrated AI software pipeline, and supporting documentation such as CAD models and system architecture diagrams. Testing demonstrated successful interaction capabilities and partial locomotion, along with performance metrics and user survey results. By the end of the project, the team delivered a working proof of concept that validated the feasibility of low-cost, AI-driven animatronic systems.