RT @Perf_Genetics: @LongBallToNoOne The great Deep Impact being the subject of another paper on equine stride mechanics. The Japanese study…

RT @Perf_Genetics: @LongBallToNoOne He is the subject of one of the more highly cited papers on equine cardiology - https://t.co/fmmYcSkjVJ

@Equusartist @Louchepunter fwiw, I once found this heavy read on Deep Impact "Running Form Characteristics of the Triple Crown Winner in Japan" They used another angle, Deep Impact 91° v Others 81° in the Kikuka Sho https://t.co/4HdKIbu6Lv https://t.co/RDIPz5Ods2

RT @LongBallToNoOne: "Running Form Characteristics of the Triple Crown Winner in Japan" (Deep Impact x G1 Kikuka Sho. T. Takahashi et al)…

Running Form Characteristics of the Triple Crown Winner in Japan (Deep Impact) https://t.co/4HdKIbu6Lv

"Running Form Characteristics of the Triple Crown Winner in Japan" (Deep Impact x G1 Kikuka Sho. T. Takahashi et al) ⤵️ https://t.co/4HdKIbu6Lv Airborne time (0.124) actually less then average (0.134) however he traveled furthest (2.63 v 2.43). Massive hind propulsion #bullet https://t.co/J0w4kiHDLZ

@Molanski13 @Globalgallop @nzraceresults Generally a stride or two, max 4 so there is a difference of momentum between say 1 stride and 4 , some effect on time but extremely minor, stride frequency constant, stride length doesn't reach peak for about 25 strides. Article on Stride/Velocity here https://t.co/zC03rOFt7V

@LongBallToNoOne He is the subject of one of the more highly cited papers on equine cardiology - https://t.co/fmmYcSkjVJ

"Running Form Characteristics of the Triple Crown Winner in Japan" (Deep Impact x G1 Kikuka Sho. T. Takahashi et al) ⤵️ https://t.co/4HdKIbu6Lv Airborne time (0.124) actually less then average (0.134) however he traveled furthest (2.63 v 2.43). Massive hind propulsion #bullet https://t.co/J0w4kiHDLZ