eve,



the answer to reliable robot performance is quite long and involved - too long for everyone on the list to respond.



Battery power, design, sensors, dust, and robot alignment all have an impact on accuracy and reliability - program length by itself is probably not a factor but programming itself might be.  One of the GREAT benefits from your team attending a competition and learning from observing other teams.



Sent from my iPad



On Nov 2, 2011, at 11:12 AM, "Eve M. Heshler" <[log in to unmask]> wrote:



> Another question...Our robot always performed the first half of our 

> program flawlessly, but it seems like now that we are on the second 

> half it is not going where we need it to go. Is it possible the program is 

> too long? You know...the old telephone game where the message ends 

> up jumbled at the end because everyone has heard it and repeated it 

> differently? I'm thinking we may need to send it back to base at the 

> point where it is malfunctioning and send it back out to complete the 

> second half. It is only 6" from base anyway. I hope it is not a problem 

> with our robot. It will perform perfectly again once it dies down to a 

> certain battery level, so my other option is we are running it so much at 

> practice that it is affecting our program. 

> 

> -- To UNSUBSCRIBE or CHANGE your settings, please visit https://listserv.jmu.edu/archives/vadcfll-l.html and select "Join or leave the list".

> 

> -- VADCFLL administrative announcements are sent via VADCFLL-ANNOUNCEMENTS-L. Visit https://listserv.jmu.edu/archives/vadcfll-ANNOUNCEMENTS-l.html to subscribe.



-- To UNSUBSCRIBE or CHANGE your settings, please visit https://listserv.jmu.edu/archives/vadcfll-l.html and select "Join or leave the list".



-- VADCFLL administrative announcements are sent via VADCFLL-ANNOUNCEMENTS-L. Visit https://listserv.jmu.edu/archives/vadcfll-ANNOUNCEMENTS-l.html to subscribe.