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Legal Insight

Smart Tailgating: Truck Platooning May Be Coming Soon

December 21, 2016   |   Atlanta | Chicago | Columbus | Dallas | Delaware | Elkhart | Fort Wayne | Grand Rapids | Indianapolis | Los Angeles | Minneapolis | New York | South Bend

Note: This article appears in the December 2016 edition of Barnes & Thornburg LLP's Logistically Speaking e-newsletter.

Most states have some form of a tailgating law that requires drivers to maintain a “reasonable and prudent” distance behind a leading vehicle. Some states impose specific distance requirements, especially on heavy trucks. Technology is a driving force behind new electronic vehicle-to-vehicle systems currently being tested in some states.

If there is not a specific distance requirement, though, is an electronically connected truck convoy maintaining a “reasonable and prudent” distance? That’s a question that many states have skirted so far, passing specific legislation to test new truck platooning electronic systems.

Truck platooning offers an exciting new opportunity for the heavy-vehicle industry. One of the primary benefits of reduced distance between trucks is reduced drag, leading to fuel efficiencies. Modern truck platooning also has the potential to offer significant safety benefits, reduced accidents, and improved communications.

What exactly is truck platooning? There are a number of different definitions and technologies potentially available, but in short, truck platooning “uses radar and vehicle-vehicle communications to form and maintain a close-headway formation between at least two in-lane vehicles.” The level of automation in the driving may vary (and may eventually be determined by regulators), but the idea of truck platooning is to have some sort of assisted driving so that the two connected trucks sync up to each other and automatically maintain a set, close distance between them. Truck platooning relies on sensors and vehicle-to-vehicle communications, known as V2V, between the connected trucks. For example, if the lead vehicle brakes, the follow vehicle’s brakes may be automatically activated.

Regulators have raised a number of important issues relating to truck platooning, including cybersecurity, data privacy, litigation, and performance testing and evaluation. Driver acceptance will be important in the adoption of truck platooning, as will details about how to “share” the fuel cost savings between the leader and follower vehicles. Ultimately, several states currently allow for the testing or permitting of truck platoons, although Missouri’s governor vetoed a bill to allow for such testing there, citing potential safety concerns. For its part, the National Highway Traffic Safety Administration has initiated rulemaking that would create new standards governing vehicle-to-vehicle communications, explaining that it believes this technology “could move us from helping people survive crashes to helping them avoid crashes altogether – saving lives, saving money and even saving fuel thanks to the widespread benefits it offers.

Perhaps the biggest question involving V2V is the potential litigation risk if a company adopts, or doesn’t adopt, vehicle-to-vehicle communications, including truck platooning. Hacking is a significant concern to many. Notably, however, NHTSA’s report on V2V noted the concerns regarding liability and explained that “[t]he Federal Government has multiple available tools to limit legal liability, when Congress deems it appropriate to do so.” Federal preemption of state tort laws when V2V is in use would likely prompt quick adoption of the technology, given its other benefits. NHTSA also identified capped liability and statutory immunity as potential risk-shifting mechanisms, although it noted that not all manufacturers considered liability protection as necessary before V2V is widely adopted. NHTSA has received a number of comments specific to the issue of tort liability.

Truck platooning and other V2V and assisted driving technologies present both great challenges and great opportunities for the industry and drivers on the road. The availability of cost savings and increased safety, however, may be diminished by newfound litigation risks.

Kara Kapke is a partner and litigator in Indianapolis with diverse experience defending chemical and pharmaceutical manufacturers, media outlets, and other entities in product liability, defamation, and commercial litigation lawsuits. She can be reached at kara.kapke@btlaw.com or 317-231-6491.

© 2016 Barnes & Thornburg LLP. All Rights Reserved. This page, and all information on it, is proprietary and the property of Barnes & Thornburg LLP. It may not be reproduced, in any form, without the express written consent of Barnes & Thornburg.

This Barnes & Thornburg LLP publication should not be construed as legal advice or legal opinion on any specific facts or circumstances. The contents are intended for general informational purposes only, and you are urged to consult your own lawyer on any specific legal questions you may have concerning your situation.

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See Automated Driving and Platooning Issues and Opportunities White Paper, at 6. 
See HB 1733 and Governor’s Veto Letter, http://house.mo.gov/billsummary.aspx?bill=HB1733&year=2016&code=R. On the flip side, this December, Michigan passed legislation regarding truck platooning and other issues involving vehicle automation. See, e.g., http://www.legislature.mi.gov/documents/2015-2016/billenrolled/Senate/pdf/2016-SNB-0995.pdf and http://www.michigan.gov/snyder/0,4668,7-277-57577-318728--,00.html.
See NHTSA Press Release, and proposed rule linked therein.
See NHTSA, Vehicle-to-Vehicle Communications: Readiness of V2V Technology for Application, at 208.

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