The effectiveness and efficacy of driving interventions with ADHD: a Dutch perspective

Noordhuis, Roy; Fuermaier, Anselm; De Waard, Dick · 2024 · Crossref

DOI: 10.55329/llbl9209

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Summary

This paper addresses the limited effectiveness of current Dutch regulations for drivers with Attention Deficit Hyperactivity Disorder (ADHD), which mandate psychiatric evaluations but result in 96% of applicants receiving unrestricted licenses. Despite this high pass rate, individuals with ADHD exhibit significantly elevated risks of motor vehicle crashes and traffic violations. The authors review the scientific literature to evaluate three potential alternative interventions: mandatory behavioral training programs, compulsory driver monitoring systems, and temporary driving restrictions. The study aims to determine if these measures can improve road safety while balancing inclusivity and minimizing stigma. The authors conducted a narrative literature review, searching PubMed, Google Scholar, and government reports for studies published up to May 2024. The review analyzed data from self-report studies, official driving records, driving simulators, and naturalistic driving studies. It examined between- and within-individual factors affecting driving performance, including symptom severity, medication status, age, and the distinction between ADHD persisters and desisters. The analysis focused on identifying specific behavioral deficits and crash-contributing factors to assess the feasibility and impact of the proposed interventions. The findings confirm that individuals with ADHD demonstrate substandard driving performance, characterized by higher frequencies of collisions, speeding, lane swerving, and inattention. Meta-analyses indicate an approximately 35–88% increased risk of crashes and citations compared to non-ADHD drivers. This risk is driven by executive function deficits, leading to behaviors such as poor impulse control, distractibility, and risky communication with other road users. A significant portion of crash risk is concentrated in a subset of drivers involved in multiple incidents. Medication significantly reduces crash risk (by up to 58% in some cohorts) but does not normalize it to control levels, and long-term adherence is low. Furthermore, driving risk is highest shortly after licensure, suggesting that temporary interventions may be more effective than lifelong restrictions. The paper concludes that while mandatory behavioral training, driver monitoring systems, and temporary restrictions show promise for improving safety, evidence is limited by a scarcity of long-term, ADHD-specific research. The authors emphasize that interventions must target the specific period of highest risk, such as the early post-licensure phase, to maximize efficacy. They highlight the need to balance safety benefits against potential costs, including stigma and reduced societal participation. Future research should focus on identifying high-risk subgroups and evaluating the long-term effectiveness of these targeted interventions.

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