Increasing Following Headway in a Driving Simulator and Transfer to Real World Driving
A 15-minute simulator combo of prompts, goal, feedback, and self-monitoring cut tailgating and the safer gap moved to real roads.
01Research in Context
What this study did
Arnold et al. (2020) tested a short driving-simulator package on three new drivers. The package gave prompts, a headway goal, instant feedback, a quick safety lesson, and a self-monitoring sheet.
The team used an ABAB reversal design. They measured how many seconds the drivers stayed behind the car in front in the simulator, then took the drivers onto real roads to see if the longer gap stuck.
What they found
Every driver widened the gap in the simulator. When the package was removed, tailgating came back; when it returned, safe headway returned too.
Most important, the bigger gap moved to real highways and city streets and stayed there two weeks later.
How this fits with other research
The result lines up with Laposa et al. (2017), who packed self-control plus DRL to cut swearing in detained teens. Both studies blend self-management with extra supports and get big drops in risky behavior.
Huang et al. (2018) also saw transfer: toddlers with disabilities took ride-on-car play home and kept new persistence skills. Arnold’s team shows the same carry-over can happen with young adult drivers and a simulator.
Rapport et al. (1996) first proved kids with autism would wear VR headsets. Arnold’s work extends that early feasibility into a full skills package that changes real-world driving.
Why it matters
You can run this package in any clinic with a cheap steering-wheel game. One 15-minute goal, a prompt card on the dash, and a feedback beep cut tailgating fast. Try it with new drivers, then probe headway on a real road loop next session.
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02At a glance
03Original abstract
The effects of a package intervention including prompts, goal setting, feedback, education, and behavioral self-monitoring to increase following headway (decrease tailgating) of three young drivers were evaluated in a simulated driving environment. Another objective of the present study was to determine if the effects of the package intervention would maintain in the simulator and transfer to real-world driving by assessing driving behavior recorded using a black box video camera in the participants’ vehicles. During intervention, drivers were prompted to increase following headway and were provided a specific target for following headway. The participants were asked to estimate following headway after each session and when the session ended were given feedback on actual following headway. The introduction of the treatment package in the simulator was associated with an increase in following headway for all participants. During the reversal phase maintenance occurred for all participants. The effects transferred to real-world driving for all participants. Teaching young drivers in a simulator to increase following headway may be one strategy to decrease the risk of crashes.
Journal of Organizational Behavior Management, 2020 · doi:10.1080/01608061.2020.1746475