As engineers, scientists, executives, and government officials involved with transportation systems gather in Detroit this week for the annual ITS World Congress, the auto industry took another incremental step along the 60-plus-year road to autonomous vehicles.
In her keynote address, General Motors (GM) CEO Mary Barra announced that two of the technologies that are building blocks toward a driverless future will come to market in 2016. The 2017 Cadillac CTS will be the first production car from GM equipped with vehicle-to-vehicle (V2V) communications technology. Barra did not provide any details about exactly what sort of information would be exchanged between cars equipped with the technology, but messages will likely include alerts about brake applications, slippery road conditions, and position and speed as the vehicle approaches an intersection.
GM is the first automaker to announce that it will equip a production vehicle with V2V technology, but it’s likely that other premium brands will soon follow suit, especially now that the U.S. Department of Transportation has begun the process of writing rules to mandate the technology in the coming years.
Beyond Cruise Control
Barra also announced that a new Cadillac model that has yet to be revealed will be the first car in its lineup equipped with super cruise technology. Super cruise is a semi-autonomous highway driving mode that combines advanced radar-based adaptive cruise control with upgraded camera-based lane-following capability. In traffic, the system is able to bring the car to a full stop, automatically restarting as soon as the leading car moves. GM first demonstrated super cruise to media in 2012 and has continued to refine the system.
In the days before the official opening of the ITS World Congress, Toyota held a separate advanced safety systems seminar where it demonstrated a system very similar to super cruise installed in the Lexus GS 450h. The system also includes the capability to determine which lane the car is in to provide the driver with alerts for potential hazards, such as traffic merging from the left or exit-only lanes. GPS doesn’t provide enough precision to determine which lane a vehicle is in, and Toyota engineers declined to provide specifics, but the system almost certainly uses the new higher-fidelity camera that is installed as part of the lane-tracking system.
Driver Still Required
Toyota also announced that this system would be coming to market very soon, but would not be as specific as GM. During the technology demonstrations at the congress, Honda also demonstrated its own automated highway driving system, although it has not yet announced when the system will reach production.
The key to these systems is that they do not completely replace the driver, but simply reduce the workload during some of the more monotonous aspects of highway driving. Unlike Google, which is extremely bullish on autonomous vehicles, traditional automakers, which are more familiar with the realities of putting high-technology cars in customers’ hands, are taking a much more cautious approach.
Tags: Autonomous Vehicles, Clean Transportation, Electric Vehicles, Smart Transportation Program
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