Stay Metrics, Load One and Liquid Trucking to Share Results from Using Driver Surveys
Innovative fleets to discuss evidence-based strategies for truck driver retention at TCA Convention
South Bend, IN. March 15 — Stay Metrics CEO and Co-Founder Tim Hindes and fleet executives from Load One and Liquid Trucking will present an informative “Trucking in the Round” session, Gathering and Using Driver Feedback to Improve Retention – From Theory to Practice, at the Truckload Carriers Association’s 2018 Annual Convention in Kissimmee, Fla., on March 25-26.
During the session, Hindes will share groundbreaking research from Stay Metrics, the leading provider of driver engagement, training and retention solutions for the transportation industry. The research, based on results from a database of more than 150,000 completed driver surveys, will show the reasons why drivers choose to stay or leave their carriers at critical periods of the employment/contracting lifecycle.
A Stay Metrics client since 2012, Taylor, Mich.-based Load One is the third largest full-service expedite carrier in the United States with a fleet of over 400 vans, straight trucks, and tractors. The company’s innovative driver programs were recognized by TCA in this year’s Best Fleets to Drive For program.
“In many instances, the reasons why drivers leave are based on simple misunderstandings,” said John Elliott, CEO of Load One. “Our experiences show drivers will open up to surveys administered by a neutral party. We have been able to identify problems early on and nip them in the bud to improve driver retention.”
“Simple misunderstandings can be a reason that drivers leave. Drivers open up on these surveys. We can identify problems early and address.” John Elliott
During the session, Elliott will share innovations that have increased driver engagement and retention. The company’s Load One Ultimate Advantage Driver App has a dynamic freight and capacity mapping tool that drivers use to optimally position themselves to await the next dispatch. The app also gives drivers a single login to the company’s rewards and training programs.
Liquid Trucking, a Stay Metrics client since 2014, is one of the 30 largest tank carriers in the United States with a fleet of 150 tractors and 280 tanker trailers. Over the past four years the Plattsmouth, Neb.-based carrier has lowered its driver turnover rate from 68 percent to 24 percent.
“The survey data drives conversations across the company about how to improve the work experience of drivers.” Jason Eisenman
Jason Eisenman, HR manager, will share how Liquid Trucking uses driver feedback and survey insights to increase engagement, satisfaction, and retention.
“The driver survey data we get from Stay Metrics continues to drive the conversations we have in maintenance, dispatch, and other departments to improve the work experience for our drivers,” he said.
Eisenman and Liquid Trucking recently developed an innovative driver app, DeliveRecon, to accelerate its driver training and improve safety and productivity. Drivers that use the “delivery reconnaissance” app are rewarded for updating customer and site information.
“We invite all TCA attendees to learn how these innovative companies use driver surveys and evidence-based strategies to outperform their industry peers,” Hindes said. “Our presentation and discussion will refute the notion that truckload carriers have to settle for high driver turnover.”
About Stay Metrics
The Stay Metrics driver engagement platform helps trucking companies engage, reward and keep their best drivers. Stay Metrics offers an industry-leading suite of driver feedback interviews and surveys, combined with advanced data analytics and predictive modeling focused on driver retention. Driver engagement is further enhanced when carriers use a custom-branded loyalty rewards program developed by Stay Metrics to recognize driver performance. The platform also supports safety and wellness training and serves as a communication and resources hub for drivers. Learn more about Stay Metrics at http://www.staymetrics.com