2019 Hoyt RX3 Test 2

2019 Hoyt RX3 Test 2

[JigsawCrisis]

Given the brands commitment to precision and accuracy (apparently)... would you be able to access a Bowtech SR6 or SS from this years lineup.. would love to see the results.

[aaronfox]

Great videos. Im newer to archery so I’m still learning so asking for learning purposes...what is the short and long term effects of these results when they aren’t close to the plumb line? What do people do that have a bow 2-3 inches away from plumb? What’s a target look like when an arrow is shot from Hoyt RX3 vs a Prime bow for example?People seem to be hitting animals and targets with these bows and don’t seem to be drastically off at given distances. I’ve shot bows but don’t own one yet so these test intrigue me.

[optimuscrime]

I want to see all of the other bows as well!

[upstreamer]

That was great sir. Now only one more thing can be done to get a perfect vertical nock travel on this Hoyt bow.

[ryanmurphy]

First of all thank you for the great information and all the work you do very much appreciate. I have reviewed and watched all of your videos. If am seeing theme correctly And put my spreadsheet together right the 2018 primer logic has the best torque and nock travel of all the bows you have done . Thanks again . Please correct me if I’m wrong.

[MossyOakFreak]

I would love to see the other 2019 bows that were previously tested, to be tuned, and also put into a second test. The Mathews make me curious because the yokes have to leveled and tuned and both top and bottom cams use a Tophat system to square up cam lean. I wonder how much that will effect riser torque. I believe most of these tests just show how much torque a cable guard puts on a specific riser.

[frostcb]

Could be a big waste of time. You mount the laser down low with a long arm so the projected path of the laser is amplified. These bows are designed to spring or it would be like putting a string on a 2x4. The string travel is so fast, the arrow flight cannot change regardless how much torque. Sorry for your long waste of time. Degrees in physics and engineering

[nestly]

The reason you didn't see an improvement in "torque" by adjusting the yokes is because you incorrectly associate cam lean/cam tilt with torque. There is a relationship there, but it's not a direct one, meaning that less "lean" does not necessarily mean less torque, and more "lean" does not necessarily mean more torque. Also, if you saw a change based on adjusting the angle of the grip, that's an indication that your bow cradle is influencing the test as the bow transitions from being tipped back severely at the beginning of the test and then drawing down to near level at full draw. That really is to be expected as the grip is not symmetrical, so your bow holder is applying pressure higher in the grip at brace and lower on the grip at full draw, which may or may not also happen in an archers hand, but should not be allowed to happen in the test as it's not indicative of what can be expected when the bow is drawn and held by an archer.

[MikeyWoomer]

Doesn't seem any worse than most the other bows