Name
When You Are Involved: EMS Accident Case Studies
Date & Time
Friday, February 5, 2027, 3:30 PM - 4:30 PM
Timothy Smith, BA, EMT-P
Description

Ambulance crashes remain one of the most significant occupational hazards facing EMS professionals. Each year, emergency vehicle collisions result in injuries and fatalities involving EMS personnel, patients, and members of the public. While emergency response and transport operations are essential components of patient care, they also present unique risks that require constant vigilance, sound judgment, and a strong culture of safety. This presentation examines a series of real-world EMS vehicle accidents and near-miss events to identify contributing factors, operational challenges, and opportunities for prevention. Participants will review case studies involving emergency responses, patient transports, intersection collisions, distracted driving, adverse weather conditions, and vehicle operation under high-stress circumstances. Human factors, decision-making, communication, fatigue, seatbelt utilization, and emergency vehicle operator practices will be discussed. Through analysis of these incidents, attendees will gain a greater understanding of common causes of ambulance crashes and evidence-based strategies to reduce risk. The presentation will also explore current trends in EMS vehicle safety, Kentucky and national ambulance crash data, and practical recommendations for creating a culture of accountability and safety within EMS organizations.

Location Name
Upper Flex Area
Full Address
Resch Expo
840 Armed Forces Dr
Ashwaubenon, WI 54304
United States
Session Type
Lecture
CAPCE Topic Area
Ambulance Safety
CAPCE Category
Operational
Number of CE Credits
1
Learning Objectives
At the end of this session, the participants will be able to:
1. Describe the epidemiology of ambulance crashes in the United States, including incidence, injury patterns, and high-risk scenarios (e.g., intersections and lights-and-sirens responses).
2. Identify common contributing factors to ambulance crashes, including human factors (driver behavior, fatigue, distraction) and operational risks.
3. Apply evidence-based strategies to reduce ambulance crash risk, including safe intersection practices, appropriate use of lights and sirens, and crew restraint policies.
4. Evaluate transport and response decisions using a risk-versus-benefit framework to improve provider, patient, and public safety.
Units/ Type
Operational