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Acceleration and balance in trotting dogs

By David V. Lee, John E. A. Bertram, Rory and J. Todhunter

Abstract

During quadrupedal trotting, diagonal pairs of limbs are set down in unison and exert forces on the ground simultaneously. Ground-reaction forces on individual limbs of trotting dogs were measured separately using a series of four force platforms. Vertical and fore–aft impulses were determined for each limb from the force/time recordings. When mean fore–aft acceleration of the body was zero in a given trotting step (steady state), the fraction of vertical impulse on the forelimb was equal to the fraction of body weight supported by the forelimbs during standing (approximately 60 %). When dog

Year: 1999
OAI identifier: oai:CiteSeerX.psu:10.1.1.135.3279
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