Preserving the Safety Spectrum Keeps School Buses Safe - School Transportation News

Preserving the Safety Spectrum Keeps School Buses Safe - School Transportation News

Automotive safety technologies continue to play a big role in saving lives across the country every day. One of the most effective technologies, known as Vehicle-to-Everything or V2X, allows vehicles to communicate with other vehicles, infrastructure, law enforcement, and bicycle and pedestrian road users to help avoid crashes, enhance safety, improve transportation efficiency, and reduce air pollution.

V2X technologies operate within the 5.9GHz band, which is known as the safety spectrum. To realize the full safety potential of this technology, the transportation industry including school buses needs the entire band. The industry has already committed to deploying at least 5 million V2X radios on vehicles and roadway infrastructure within the next five years, so long as the band is kept open for these critical technologies.

The Federal Communications Commission (FCC), however, now seeks to reallocate the safety spectrum for other uses, which would jeopardize transportation safety. That’s something the National School Transportation Association (NSTA) can’t get behind.

School transportation represents the largest form of mass transportation in the U.S., as school buses outnumber other forms of public transportation vehicles almost 3.5 to 1. Daily, almost 26 million students are transported on an estimated 480,000 yellow school buses. Every day, the lives of children are entrusted with the yellow school bus and the drivers that operate them.

While the industry can collectively agree that school buses are the safest mode of transportation on the road, the U.S. Department of Transportation (USDOT) also confirms that school buses remain the safest way to transport a child to-and-from school and school-related activities, as they are the most regulated form of transportation. In fact, school buses are far safer than a child walking, riding a bike, or being transported in a car by a fellow student or a parent to school.

The proposed reallocation of the 5.9GHz safety band has the potential to diminish the stellar safety record of student transportation. More and more, school buses deploy technology like collision avoidance, emergency response priority, pedestrian in crosswalk notification, and red light, work zone, reduced speed zone, and weather impact warnings. These technologies depend on a communications network that is fast, efficient and reliable. If that network is compromised, how can the industry continue to tout the incredible safety record it currently upholds?

Unfortunately, the FCC proposal will have an adverse impact on school buses, and similarly situated forms of transportation. The National Highway Traffic Safety Administration (NHTSA) predicts the safety applications enabled by V2X technologies could eliminate or mitigate the severity of up to 80 percent of non-impaired crashes. In addition, 70 percent of crashes involving commercial trucks could be mitigated by V2X technologies, according to NHTSA.

These innovative technologies also address another challenge facing American roadways—traffic congestion. V2X technologies enable prioritized traffic signal timing, truck platooning and crash reduction, offering reductions in travel time and delays. In fact, delays cost the U.S. more than $166 billion annually, according to the USDOT.

The myriad benefits of V2X technologies is why USDOT and public and private sector transportation stakeholders have worked together to bring this technology to the U.S. market.

The billions of dollars invested in the development of V2X technology are now paying off through existing and planned deployments around the country. At least 30 states have invested in building out intelligent infrastructure using V2X technology.

Technological advances on school buses, like automated braking, stability control, lane departure, and collision mitigation, now come as a standard feature in many cases. And these standard features keep intact the reputation that student transportation has cultivated over many years. Keep in mind that there are scenarios that are often out of the control of the school bus driver.

Yet despite these V2X investments and the clear transportation safety benefits they can deliver, the FCC continues to threaten to repurpose spectrum away from these technologies. The FCC’s Notice of Proposed Rulemaking (NPRM) would reallocate the majority of the 5.9 GHz band away from transportation safety. The spectrum that would remain for transportation safety would likely be unusable, as shown by numerous technical assessments, including preliminary assessments released by USDOT. Under the FCC’s proposal, interference would likely delay or block safety-critical messages where split-second action is required to avert a crash.

It’s simply not worth it.

Reducing the amount of spectrum available to V2X technologies undermines the ability to reduce the number of traffic fatalities and injuries that occur each year on U.S. roadways, improve motor vehicle safety, and increase the operational performance of roadways by reducing congestion across the transportation system. Such a decision would also harm U.S. global competitiveness with respect to next-gen automotive safety technologies. That is why more than 85 percent of comments submitted to the FCC in response to its proposed overwhelmingly oppose repurposing spectrum away from transportation safety.

To ensure the safety, economic, congestion mitigation, environmental, and efficiency benefits that V2X technologies can provide, the FCC must preserve the entire safety spectrum for transportation safety-critical communications.

Curt Macysyn is the executive director of the National School Transportation Association, an advocate for school bus contractors across North America and a member of the American School Bus Council. Curt may be reached at

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