ST. PETERSBURG, Fla. — Recent research from Brandon Hall Group shows that the use of virtual reality (VR) as a training modality is growing rapidly in “high-consequence” industries —those in which operator mistakes can cause significant property damage or fatalities or both. According to the study, nearly one third of surveyed companies in such industries identified VR tools as a top learning priority over the next 24 months — a 60% increase over two years.
“We’re definitely seeing that in the motor freight industry,” said John Kearney, CEO, Advanced Training Systems, a company that designs and manufactures virtual simulators for driving training among other applications. “Trucking companies, driving schools and the general public are increasingly aware that simulation training — that is to say, virtual reality — helps produce drivers who are better prepared to deal with any situation they might encounter.”
Simulation, Kearney said, solves a classic training dilemma: how do you safely prepare trainees to deal with dangerous or extraordinary situations?
Once dismissed as a toy, VR has been objectively shown to offer measurable improvement in the performance of tasks as disparate as flying advanced jets and handling dangerous chemicals. This, Kearney said, makes it a natural for truck drivers.
The Department of Labor’s Bureau of Labor Statistics cites vehicle crashes as the leading cause of workplace deaths in the United States.
Over 90% of such accidents, according to the National Highway Safety Administration, are at least partly because of driver error.
Training with simulators is relatively new to the trucking industry compared to other professions and Kearney said his firm has been at the forefront of advocating for simulation to be a training standard among the trucking industry for years.
“Pilots are required to train via simulation — professional truck drivers should, too,” he said. “With all the high technology, this is a new era of CDLs.”
In addition to enhancing driver safety performance, simulation, by reducing the required amount of on-the-road training students must spend with a single instructor, and expediting instruction success, is helping attract more women to the truck driving field, Kearney said.
Advanced Training Systems helped with a Fox Business report on a Women In Trucking story in December 2019.
According to the American Trucking Associations, the number of women truckers in the U.S. has increased by about a third since 2003.
Through community college-based commercial driver’s license programs, which increasingly include simulator training, the industry is also actively recruiting new drivers from the ranks of industries where employment is sagging, such as laid-off miners in Appalachia, Kearney said.
Beyond reduced training cost and improved safety preparedness, Kearney noted, simulation offers long-term financial benefits to trucking companies. A trainer for an oilfield service company in Texas, for example, says simulator training has resulted in both fewer rollovers and fewer overall accidents. A Canadian bulk commodity hauler reports that by teaching correct driving technique, simulation training has reduced the company’s fuel cost by an average of 30%.
“All in all,” Kearney said, “simulation training is doing two important things for trucking. First, it is producing better-trained, safer, and more cost-effective drivers. Second, by helping open trucking to people who might not previously have considered it as a profession, it is providing at least a partial solution to a chronic driver shortage. My colleagues and I are proud of our work and delighted to do our part to help this great—and essential—industry.”
The Trucker News Staff produces engaging content for not only TheTrucker.com, but also The Trucker Newspaper, which has been serving the trucking industry for more than 30 years. With a focus on drivers, the Trucker News Staff aims to provide relevant, objective content pertaining to the trucking segment of the transportation industry. The Trucker News Staff is based in Little Rock, Arkansas.
