A few rants:
1. A sample size of 1 is not science that's entertainment. To prove conclusive data, I'd like to see many shots; something like 100 of each arrow.
2. Never trust any engineer in 2021 that doesn't have all of the data on a computer? Spreadsheets are easy and simple especially for the simple calculations.
3. Nothing new was shown in this video. This has been done and talked about for years. A heavier arrow, all other factors being as equal as possible, will be: quieter out of the bow, travel at a lower velocity, retain more energy due to wind resistance being lower due velocity, a heavier arrow will retain more energy from the bow.
4. They completely glossed over the the biggest drawback of the super heavy arrow (I classify that as an arrow that I would shoot with less than 250 fps out of my bow) is that an accurate range at distance is incredibly important. If the difference in drop from 60 yards to 61 yards is 6" than you missed or wounded an animal. Tolerances work both ways.
5. I think the RF needs a different arrow supplier as there are companies that wrap their arrows on the die (Easton comes to mind) so that there isn't a seem from extrusion reducing the amount of nock tuning.
6. If they were going to be legitimate, they would have tested drop and velocity to show how those 2 factors play into a decision on arrows. Not everyone shoots from 20-30 yards over a feeder or waterhole.
Cute video. Remembered why I don't watch THP or the RF. Better for entertainment than for "science" IMO. Too each their own.
As a disclaimer, I realize that everyone has different experiences with different arrow weights and efficiency of their bows which could create some different outcomes. These are general statements which are typically correct. As with everything, exceptions do occur.
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