I've seen similar adaptability in the Boston Dynamics' Atlas robot, but it seems less commercially focused - what do you think about the potential market for Tron biped in industrial settings?

We actually tested a similar robot and found the varied feet configurations didn't handle rough terrain as well as expected. Have you come across any updates on that?

I've seen it used in warehouses; the wheel configuration really speeds up navigation. Did you read about its payload capacity with the manipulator arm?

I've seen similar adaptability in the Boston Dynamics' Atlas robot, but how does the Tron biped's control system handle transitions between configurations?

I've seen it used in warehouse settings, how does it handle uneven terrain compared to other biped robots?

I'm curious, have you come across any details on the cost or production timeline for these Tron biped robots, or is that still in development?

I've seen similar adaptability in the Boston Dynamics' Atlas robot, have you compared the Tron biped's reconfiguration time to Atlas'?

I've seen similar adaptability in the Boston Dynamics' Atlas robot, but the Tron biped's compact design seems more suitable for warehouse automation - did you consider its payload capacity?

I've seen some demos of that robot, but can you elaborate on the payload capacity of the manipulator arm in those different configurations?

I'm curious, have you explored the cost implications of switching between those different configurations - do they require significant reassembly or specialized tools?