back to indexMIT-AVT: Tesla Model 3
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Currently, the Tesla fleet for the MIT Autonomous Vehicle Technology Study 00:00:06.960 |
But we're here today in our first Model 3 that we're going to instrument and add to the study. 00:00:12.320 |
It has the same sensor suite as the same autopilot hardware 2 in this vehicle as it does in the 00:00:18.960 |
Model S and the Model X. And as far as we can tell, the compute resources and the algorithms 00:00:24.560 |
performing the autonomous steering in this car is the same as in the Model S and the Model X. 00:00:29.680 |
The Model 3 is a really interesting car to add to our study because it has the same kind of 00:00:34.960 |
autonomous technology as does the Model S and the Model X, but is more affordable, therefore 00:00:41.200 |
allowing a larger number of people to use this technology. 00:00:44.400 |
However, on the instrumentation side, there's a few challenges. 00:00:47.920 |
To instrument this vehicle, we first need to place our sensors and run our wires 00:00:52.960 |
to our rider recording box. This box also requires power and can to function. 00:00:57.920 |
Since this vehicle does not have an OBD2 port, we need to find other means of both powering 00:01:04.880 |
There are multiple methods for powering our rider recording box. 00:01:12.320 |
A second is to use a 12-volt auxiliary outlet, much like the cigarette outlet, 00:01:19.680 |
A third method is to find the 12-volt battery source in this vehicle and run power directly