Awesome robot, as usual. One could spend hours studying it. Thanks again for your help in getting the rookie teams through Inspection at so many events.
We have 3 beam brake sensors for tracking pieces within the robot, one up in the shooter, and one in each side of the intake. When a note is seen within the shooter, by default the intake spins out to ensure that extra notes don’t get stuck, but the driver has the option to hit the intake button again which triggers the 2 note intake. When the second note is seen by an intake beam break sensor that stops the intake and triggers a 2 second countdown before the intake spins out ejecting the note before our control becomes greater than momentary.
A work of art, congrats on a great year 118!
Awesome robot, as usual. One could spend hours studying it. Thanks again for your help in getting the rookie teams through Inspection at so many events.
Sad that they didn't show off their autonomous note eject
We were running up against the pits closing so we had to make sure they had enough time to wrap up their day before we got kicked out.
We have 3 beam brake sensors for tracking pieces within the robot, one up in the shooter, and one in each side of the intake. When a note is seen within the shooter, by default the intake spins out to ensure that extra notes don’t get stuck, but the driver has the option to hit the intake button again which triggers the 2 note intake. When the second note is seen by an intake beam break sensor that stops the intake and triggers a 2 second countdown before the intake spins out ejecting the note before our control becomes greater than momentary.
Will you release your robot CAD file? @@silasaskew8430
They took a challenge to make the robot as cool and complicated as possible
The girl and the diverter guy have been in the last three behind the bumpers videos for the robonauts lmao
We loved the NASA tour, we are already excited to see it again next year!
🥰🥰🥰