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Dragster

EV3 dragster 2The idea for this challenge is to design and build a dragster than can measure and display its speed.

The robots will be racing on a 4-metre race track with a black finish line at the end.

Constraints

The robot can have as many motors and wheels as you like, and be as big as you like, but it can only have one EV3 brick and the motors from a single kit.

The robots will start to with their light sensors just over the starting line, and must not start moving until they hear a loud sound (i.e. “go”).

Robot design

Before you start building, you should consider some alternatives and do some research… Your options might include one more more motors, gearing the motors up or down, …?

Other design factors to consider include gear ratios, friction, and the centre of mass of your robot.

Program

The program for this robot will be nice and simple – the program should wait for the sound sensor to hear a noise and then turn on the motor(s). The robot should wait until it sees the finish line and then set the motors to coast.

Assessment

Grade
Aesthetics
Performance
A+Mega-awesomeYour robot wins (and does all the other stuff)
AAwesomeYour robot displays its speed as well as the time
BGoodYour robot stops (coasts) at the end and displays the time
COkayYour robot starts when it hears “go”
tLook away!You have something resembling a vehicle
ZNothing to show)-:

 

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Rob Torok

I live in Tasmania, Australia, and teach Computer Science and Computing (Robotics + Game Design) at Claremont College. I also teach students from around Tasmania through my online robotics class, SmartBots. In my spare time, I enjoy hunting for little plastic boxes ("geocaching") and playing board games.

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