JFIFC    $ &%# #"(-90(*6+"#2D26;=@@@&0FKE>J9?@=C  =)#)==================================================K" }!1AQa"q2#BR$3br %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz w!1AQaq"2B #3Rbr $4%&'()*56789:CDEFGHIJSTUVWXYZcdefghijstuvwxyz ?l l؂q6W~#ޞ P~6Q*HTJnEHsSrD#$y !3{l|ЕbCX?ϵTqVZG HdxG!${T']Y ֳDZ$, iGaN3׭I<*#8#35—ïKy㎴43 sQsR6 v7H< ӷȼ==i $)+*!yfH?91ڧB#tJA7Blln9J#OS%$xqZ:ܾ]-Ս[;'ʌ`IbXsur!g\#ǩ+dlnYV('>Ϡ<տo$y@|<^g7 (MAܵqF`+|/3m>Vq98K;J#*ȭq&Ɗ<(5I5!NQslυp յM#VqY7sD≥uDf8kѼ_AkQZy4Inp~"G0LvQOht +\G6 -Kt3.՞sǽHvѨ(Gq&Gzzy2B? քJ3Xk珷#c Ègzgڷ /1u$P4ѷ%/>1_4x'_krF 1_Nc{WV?X7f1Zsc#%=Eia dvPRJXz*t1!G(QcPRL@o+[` y"` HbZjv.tGa x) Z0HtsGP)Sv:]ڴۈGȅyk?SipDc?w"?WO#85^jMOZiY1Sqֵ$aXDgX~sc52^U6'5[cIB?<^ TSZm"SV-W͗I,;Wvs޽gO [n$CR`$@^/+d#0+#ώlʏsdƱi# +ϋ&IyV1P?r?WωWe4O G\VL$dE'/4 W!x+Nο tԕI${ W U> ?\m~HKd8vPdι|N筅#-Rg_MHQLzkg<^-e<ڸ%YICc>Eta8sNWc}bU#jㅝ,v7~?ڴJ%5is\]% rBuZz$(~;Xob|!30V0+l/ ~<+W#׃\x⎺g#4Ng!qɫkHc7㱬TVA< jgHOҺ'[wGQj쪇,2@r\=님|c# hS=ЉfLt5VHpx#JHkcϙHs]G HUvƧ^k;yX O85Z cqzQBm+f0u"ma&a;N9tA,J"I;qZJ<@J<7ge general price ranges that correspond to how strong a bar is. If you see a bar that costs only $80 and the manufacturer claims a 135,000 PSI yield strength, then it is probably safe to conclude that the strength of their bar is being exaggerated. Don t get stuck with a sub-par bar from a company that will be nonexistent in a few years. <br><br>Choosing a <br>Squat Bar<br><br>PSI: The main factor in choosing a good bar for squatting is tensile strength. For junior highs and beginning-to-mid-level lifters, you will be fine with general-purpose bars that have a yield strength of only 105,000 to 125,000 PSI. For your heavy lifters <br><br>you should get bars with a PSI of at least 135,000. If you have a powerhouse athlete who is closing in on a 700-pound squat, you will want to consider a bar with 185,000 PSI or more. <br>Special Features: A nice feature to have on your squat bars is center knurling. This will generally add about $20 to $30 to the cost