Hackathon Team Tries to Teach a uFactory Robot Arm to Juggle
Reading lead
Mandy Meindersma, Jie Xuan Tang and Aika K explored whether a uFactory robot arm could juggle, as a project from Viam’s Fine Motor Skills Hackathon in September 2026. The article describes a challenge in moving from the arm’s precision-oriented use to fast, ballistic motion and reports the team’s own assessment: the task was much harder than expected. The project code is available on GitHub for inspection. The supplied material does not provide details about the robot model, juggling setup, control method, successful performance, measurements or repeatability, so it does not establish that the arm achieved reliable juggling or quantify its capabilities.
Article body
Image unavailable. Open source image ↗
Mandy Meindersma posted a project on Hackster.io that asks a simple question: can a uFactory robot arm juggle? The arm is known for precision. Fast, ballistic motion is a different problem.
The work came out of Viam’s Fine Motor Skills Hackathon in September 2026. Meindersma teamed up with Jie Xuan Tang and Aika K to find out. Their own summary of the result: much harder than they thought.
The code is up for anyone who wants to look at how they drove the arm.
See more at hackster.io and content on GitHub.
Source: Anne Barela ·Adafruit Blog · 2026-10-13T17:13:24.000Z · Read the original article
Why read this
This is a relevant hands-on robotics project with code available, but the material offers no implementation details or evidence that reliable juggling was achieved.
AI score 33 · View scoring rationale
Two-model scores assess source reading value, not factual accuracy. Check this editorial article against the original.
- gpt-6-luna-2026-09-22 · 29
This is a relevant hands-on robotics project with code available, but the material offers no implementation details or evidence that reliable juggling was achieved.
- deepseek-flash · 38
Covers a hackathon project with public code and an honest difficulty report, but no measured results, methods, or independent verification; limited novelty and narrow relevance.
Analyzed: 2026.10.14 03:15 UTC
Comments & answers 0