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You should add as much weigth as possible to make flpping harder. This will also give the robot more momentum. Also, a wider robot which is low to the ground is extrememly hard to overturn.
WHS Robotics Period 1 class-wide research archive
You should add as much weigth as possible to make flpping harder. This will also give the robot more momentum. Also, a wider robot which is low to the ground is extrememly hard to overturn.
i agree a lot with declan, by how everyone is looking most people are going to be using ramps so im gonna try and find something better
some programs on it can be harmful. I had to restore my ipod three times
isnt the front gonna be a wedge anyway, how would be easier to flip?
scroll down to the bottom of this link http://en.wikipedia.org/wiki/Wedge_(mechanical_device) to get the mechanical adavtage of a wedge formula. It looks like the bigger the wedge the better advant...
http://www.nxtprograms.com/mini_sumo/index.html good design
it would work on the other tracks if the robot dosent drive off the line a lot.
Line Following In Chapter 3, we talked about going straight and having a well-tuned robot. I mentioned using the field environment for help in traveling a straight line, such as running along the...
click on the arrow next to nxt files, and the third icon is for uploading saved data from the nxt to the computer
1.Click the Select a VI icon or text on the Functions palette. 2.Navigate to the VI that logged the front panel data and place it on the block diagram. 3.Right-click the VI and select Enable Da...
Great steps for gear ratios.Ideas for changing the gear ratios faster?
Maybe, we could put the ultrasonic sensor on the NXT. We could put our fingers in front of the sensor right before the race would start. We could program the ultrasonic to go when our fingers are ...
http://www.nxtprograms.com/dragster/index.html