Clinical Trials Logo

Clinical Trial Summary

This study will evaluate the driving performance of new teenage drivers and determine to what extent independent driving experience improves driving performance of young drivers. Motor vehicle crash rates are highest among new teen drivers, especially during the first 6 months and 1,000 miles of independent licensed driving. Crash rates decline with experience, and this study will assess the effect of driving experience on performance.

Newly licensed teenagers ranging from 16 years, 3 months to 17 years of age and experienced drivers 30 to 50 years of age may be eligible for this study. Candidates must be able to legally drive in the commonwealth of Virginia and have at least 20/40 correctable vision.

Participants complete a questionnaire about their health and driving experience. They are then tested on a driving test track. Teens are tested within 3 weeks of obtaining their driver's license and before they have more than 100 miles of independent driving experience. They are tested a second time 6 to 12 months later and after they have more than 1,000 miles of driving experience. A group of experienced adult drivers are also tested to provide a comparison.

The driving test is conducted on a smart road - a controlled, 2.2-mile two-lane research track at the Virginia Tech Transportation Institute. It is designed for safety, with restricted access, nothing for a vehicle to hit, carefully placed guardrails, and other safety features. The research vehicle is equipped with airbags, anti-lock brakes, and other safety equipment. It also has sensors and tiny video cameras to assess the behavior of the vehicle and the driver; this equipment does not interfere with the operation of the vehicle.

An experimenter accompanies the driver and instructs him or her to perform routine driving skills, such as stopping, changing lanes and maintaining speed, as well as to other tasks such as inserting a CD into an entertainment console, having a conversation, and answering a cellular telephone call. The driver has an opportunity to practice the tasks before being tested.

The driver's speed is limited to 35 mph or less during the experiment and the driver is required to wear seat belts and follow safe driving procedures. The experimenter is in the front passenger seat can stop the vehicle using a separate brake pedal.


Clinical Trial Description

Motor vehicle crash rates are highest among novice teen drivers, especially during the first six months and 1000 miles of independent licensed driving. Crash rates decline with driving experience, however, no research has demonstrated learning effects on performance due to independent driving experience and the extent and variability in driving performance among novice young drivers has not been established. The purpose of this study is to assess the effect of driving experience on driving performance. We propose to use standard measures of driving performance under controlled experimental conditions on a driving test-track and vehicle designed for this purpose. Specifically, we propose to test the driving performance of a sample of teens within a few weeks after licensure while they are still relatively inexperienced drivers and again after greater than 6 months and 1000 miles of driving experience test their driving performance. A sample of experience adult drivers would be tested in similar fashion to provide an additional comparison group. ;


Study Design

N/A


Related Conditions & MeSH terms


NCT number NCT00340561
Study type Observational
Source National Institutes of Health Clinical Center (CC)
Contact
Status Completed
Phase N/A
Start date January 2005
Completion date July 2006

See also
  Status Clinical Trial Phase
Recruiting NCT05269576 - Clinical Simulation as a Learning Tool in Medical Students N/A
Completed NCT05547009 - Blended Learning Versus Face-to-face Learning in Cardiac Physiotherapy Students N/A
Not yet recruiting NCT06425692 - Work Package 3 Education for ICU Clinicians in Basic Palliative Care N/A
Recruiting NCT04694534 - Remediation Program Via a "Serious Game" for the Cognitive Functions of Multiple Sclerosis Patients N/A
Recruiting NCT05394363 - Generation Victoria Cohort 2020s: A Statewide Longitudinal Cohort Study of Victorian Children and Their Parents
Active, not recruiting NCT03684720 - Using 'Guided-Discovery-Learning' to Optimize and Maximize Transfer of Surgical Simulation N/A
Completed NCT03983798 - Learning Process of Medical Students During Simulation Training in Psychiatry
Recruiting NCT06034184 - Enhancing Mass Casualty Triage Through Virtual Reality Simulation N/A
Completed NCT01040767 - Comparison of Web- Versus Classroom-based Basic Ultrasound and Extended Focused Assessment With Sonography for Trauma (EFAST) Training in Two European Hospitals N/A
Completed NCT01134978 - Neural Mechanisms of the Contextual Interference Effect: A fNIRs and EEG Study Phase 1
Completed NCT05794490 - Learning From Excellence in a Hospital Unit
Recruiting NCT03935009 - Learning Brushing Using Game Elements in Mobile Phones Apps N/A
Completed NCT02992626 - Influence of Dogs on Learning in Children N/A
Completed NCT01117467 - Factors Affecting Medical Student Learning in Simulation Scenarios N/A
Completed NCT00341718 - Experiences of Genetics Patients With Visible Abnormalities Who Facilitate Teaching in Genetics Clinics N/A
Not yet recruiting NCT06330285 - Comparison of E-Learning and Face-to-Face Learning in Cardiopulmonary Exercise Test Training N/A
Completed NCT01567410 - Evaluation of an E-learning Program for Assessing Pressure Ulcer Risk and Pressure Ulcer Classification - a Pilot Study N/A
Completed NCT03763409 - Losartan and Emotional Memory N/A
Recruiting NCT05910762 - Human Learning of New Structured Information Across Time and Sleep N/A
Completed NCT03551106 - E-learning Module to Improve Laboratory Prescriptions