Sunday was such a beautiful day here in Pennsylvania that I just couldn’t resist spending some time outside enjoying the warm weather and sunshine. Although spring doesn’t officially start until the 20th, I consider yesterday the “unofficial” start of the season. Anyhow, since I have just recently set up two new bows for 2012, I figured that in addition to shooting, I’d also break out my Easton Professional Chronograph and see what kind of speed I’m getting out of my Hoyt Carbon Element RKT and Prime Shift LR.
shoot 60-pound bows and keep the limb bolts bottomed. Sometimes that will give you 61 or 62 pounds, depending on the bow. However, my digital scale shows that both the Carbon Element and the Shift are just a hair under 60 at about 59.8 pounds. And while the handheld draw scale I use is not calibrated for “official” testing, it’s good enough to say that both of these bows were right where they were supposed to be and within an ounce or two of another another in peak draw weight.
I also shoot 29 inches in draw length. That’s where the Carbon Element is set, while the Shift is set at 28.5 inches. I just did that because I wanted to try a bow this year at 28.5 and see what it felt like. So, the Carbon Element has a half-inch draw-length advantage over the Shift.
From these two bows, I shot the same Gold Tip Velocity Pro 400 arrows, fletched with Bohning custom crests and 2-inch Norway Fusion vanes. With 100-grain fieldpoints, the finished weight of my arrows is 366 grains.
To test the speed of each bow, I shot 10 arrows through the Easton Pro Chrono, which automatically averages the results, as you can see in the photos. For reference purposes, I will also provide the manufacturers’ advertised IBO/ATA speed ratings for these bows along with my own results. IBO/ATA speed is measured using a 350-grain arrow, 30-inch draw length and 70-pound draw weight. Since most archers use arrows that are heavier than 350 grains, have draw lengths shorter than 30 inches and pull fewer than 70 pounds, it is always interesting to see how the “real world” speeds of bows compare to the advertised speeds.
Now, onto the results