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Training the Humanity Out of Cops (and Other Myths)

At Force Science, we periodically hear that perception and reaction time might apply to drivers, athletes, and pilots, but it does not apply to highly trained police officers when facing lethal threats. The theory, as I understand it, is that police officers have undergone specialized training that allows them to intensely focus on an armed...
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Erik Hein, Author of Frontline Training, Interviews Force Science’s Dr. Bill Lewinski

Sports Scientist and Epidemiologist, Erik Hein, author of Frontline Training and expert in Danger and Violence Control for police, sat down with Force Science’s Dr. Bill Lewinski for a two-part video interview.  Starting with some of Dr. Lewinski’s latest research into the startle response and police performance, the interview went on to tackle a broad...
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Research: Startle Response and Firearm Draws

In 2013, Force Science published the “Traffic Stop Study,” in which researchers assessed the relative safety of driver-side and passenger-side approaches by officers.  During the research, the officers’ reactions were observed in response to an unexpected, simulated firearm assault.  Researchers were able to measure the amount of time officers from various positions alongside the car...
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Top Experts Work with Force Science to Advance Police-Related Research

Research: Visual Focus – What, Where, When, and How? Research has found that attentional control, including recognizing and visually focusing on relevant information, is a key to successful athletic performance in complex and dynamic competitions. Similarly, research has found that attentional control can positively influence police officers’ emotional regulation and improve tactical decision-making. Without an...
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New Assault Studies Ready for Publication

The Force Science Institute has completed three new studies on the speed and movements associated with armed assaults. Dr. Bill Lewinski explained: “The goal of our research was to obtain highly accurate measurements to further explore the findings of our earlier studies. Where we once measured movement speeds in the hundredths of a second, we...
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