JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================n" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?EJQ\}c,ry⧏@F_ΥIb˧OZVPFGH{ T N (1(Opwi!êvEs"C'du'[94ϵ]8.4Ld)qMd;r}p)s)ňS~:v a\]#g4OH1U1sҁs 94qG坹0X#+۩4s, 'br3ڊit4Qa zU}Iv~P Ҍ2.ECLTUi*Χ]1@J5 ֭Jʗυ&_) KK*+[L\ϔ#m40n?b?9IKa;91 Zbq|⢴JLƈH4Ȍ2lIǽG&S@\N `FٸAF12׊MR,ǻ7Dh-O-Mi;\e,WGprqC(c 5$S.P zZ7dGaAMI*y>J)92'Cu+fP1tj6:RK?yW#Vél{Vuu$\;3[XzqeI^u88'沇äl5cktv+ֹ2I$OȤkfݔby\g-ۍ.xy-e-E%W{Ŷrx@ri޴nݜzaŤʐ: Mޫ!x'=fkŕ6nJV.C*( a,1@K) :,G6={ԖE.3yl-%*8Dہfc>A: B9L%\Mϵ& Ěв89ĺie˅@N+_oe$BR0gc犉i0DKƊdj]CWRպb[V=Kae^"?iՇcRYw3*(0i_x?S= ٳW}NYi Hcvժmd4 YPh]̯*╖ZW{SMxYw2 =r /PaV{kXٹ"l9,I`U:ev>yca5JM ,>9[֚t~F$mh8bgLN6?:CZnI}䉊\ hSdQ;#Ɓv?a4 /cҺ}Y`d4iE١VrCAƇu_{RAYʮmH.?QkCҏfڳݧ K_cKoi{4՜8ٮ[Ko{Rh=9hfOvQн9EfOvݨh=9amڏڏfڳ:?4ã mtv{VrFftLtZ~!fC6 >i>GAYȝ+6~Sh=5~GrJ>=*z( }zQJ,!@SQJr#ڏ zvr'ڏ'ڦ^H-X.E@8F (:f<FE+1Xy4lLcϽ 7^E#QV@E,XrF( sE$GoV"%7H*|EGaRȦHVRORXEqM( W7q5ph'=iQMaEЅM4QM$t&(rs say that they stretch to prevent injuries, while we at BFS stretch to improve speed and jumping power. Therefore, when we stretch, we make sure our body, toes and legs complement and reinforce correct sprinting technique. We know that very few programs include this perspective. This is why you will get the edge in speed that you desire. The following will give you a detailed understanding of the first of these ten speed-components of Bigger Faster Stronger and how they relate to speed improvement. This will be the first in a series of articles, to be continued in upcoming issues.<br> <br>SPEED COMPONENT #1: STRENGTH<br> <br>There are only three strength lifts needed for improving speed. First, the parallel squat. On a scale of 1 to 10, the parallel squat gets an 11 in importance in getting really fast. Second, the power clean or power snatch gets a 10 on the speed improvement scale. The straight leg deadlift comes in third place. I give this exercise an 8. All other lifts would score less than an 8.<br> <br>THE PARALLEL SQUAT: Look at the sprinter page 44. Focus on the forward leg and the angle of the upper leg as compared to the lower leg. You will see that it is a 90-degree angle. Some coaches argue that you do not need to go parallel when doing squats because they compare the upper leg with the ground. Big mistake. Parallel squats are the most important lift you can do to improve speed.<br> <br>Now look at Figure #1 of the De La Salle running back. Besides having impressively powerful thighs, look at both legs and their angles. Again, the frnt leg is at a 90-degree angle just as in a parallel squat. The back leg position is that of a power clean or our hip flexor stretch. Next, look at Figure #2 of Derek Jeter of the Ne