Flashduck lets an AI improvise its poses instead of playing canned animations

Shanmao Tech, the Hangzhou-based company founded by Xiao Qiaowei, released Flashduck, a desktop robot duck built on the Bot 1 kit whose DuckClaw mode lets an AI model set all six joint angles at runtime, composing poses rather than selecting from a fixed animation library. Flashduck runs on an ESP32-S3 controller with six servos and a single animated screen eye, and the project describes the system as an on-device agent with memory and tool routing, with DuckClaw giving the model direct control of the servos through DingTalk. The approach matters because direct, composable control of a physical body on a cheap ESP32-S3 kit could carry over to other small robots and AI hardware without redesigning the electronics each time.

Flashduck lets an AI improvise its poses instead of playing canned animations Shanmao Tech founder Xiao Qiaowei built Flashduck on his Bot 1 kit, with DuckClaw giving a model direct control of six servos through DingTalk. By RuntimeWire Staff https://runtimewire.com/author/runtimewire-staff · Published Primary source: Aligned News — AI Intelligence https://x.com/dextune/status/2119603379357839771 Why it matters Flashduck tests a different interface for agents: giving a model direct, composable control of a physical body. If that pattern works on a cheap ESP32-S3 kit, the same approach can travel to other small robots and AI hardware forms without redesigning the electronics each time. Flashduck is a desktop robot duck from Xiao Qiaowei's Hangzhou-based Shanmao Tech. Shanmao Tech says its DuckClaw mode lets a model set all six joint angles at runtime, composing poses instead of selecting from a fixed animation library. The project https://github.com/FlashCat-Jordan/Flashduck?ref=runtimewire describes that system as an on-device agent with memory and tool routing, built around an ESP32-S3 controller, six servos and a single animated screen eye.… When you purchase through links in our articles, we may earn a small commission https://runtimewire.com/affiliate-monetization-standards . This doesn’t affect our editorial independence.