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13 Am. J. Police 1 (1994)
Biological Limits to Police Combat Handgun Shooting Accuracy

handle is hein.journals/ajpol13 and id is 5 raw text is: American Journal of Police Vol. 13, No. 1 1994

BIOLOGICAL LIMITS TO POLICE COMBAT
HANDGUN SHOOTING ACCURACY
Bryan J. Vila
Gregory B. Morrison
University of California, Irvine
History suggests that police shoot with far less accuracy than
many citizens, public officials, and policymakers believe. For example,
Justice John Paul Stevens interrupted the oral arguments in Tennessee
v. Garner to ask why the officer involved could not have aimed at a leg
or arm or otherwise shot to wound the fleeing Garner (471 U.S. 1).
As many researchers have noted, however, police officers seldom shoot
accurately in combat situations (Geller & Scott 1992; Binder & Fridell
1984; Scharf & Binder 1983; Geller & Karales 1981:90; Fyfe 1978).
And the ability of police to hit opponents in gunfights appears to have
improved little over the past 100 years despite improvements in
weapons and substantial increases in firearms training. This highlights
the lack of handgun training validation and raises the possibility that
the limits to how accurately police can shoot under combat situations
may have been reached.
Although variables such as cognition and perception also are
important, the body's nervous and mechanical systems place finite lim-
its on combat handgun shooting accuracy. Research in neurophysiol-
ogy and biomechanics (e.g., Calvin 1983; Leavitt, Marteniuk & Carna-
han 1987; Poppel 1988) indicates that these limits may be unexpectedly
low--especially when officers suddenly confront armed opponents at
close quarters. Accurate handgun shooting places substantial demands
on human nervous, muscular, and skeletal systems because it requires
so much steadiness and hand-eye coordination. These demands dra-
matically increase in complex, rapidly changing combat situations. We
use contemporary and historical data on police combat handgun shoot-
ing accuracy and a simple mathematical model to test the hypothesis
that the biophysiological limits of combat handgun shooting

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