John, would be awesome if you could cover string stop pros and cons.🙏🏼

Reading through the comments just shows that people hear whatever they want as long as it confirms their prior beliefs.

Loving the "white" look duds. Thanks again for your expertise and continuing education for the nockon nation!

Thank you, man, I appreciate.

Thanks for producing these vids. 🤙

Thanks for sharing!

I shoot fingers right hand and a release lefty. Both side I have a short lock time unless I’m shooting longer ranges. Great advice as always! Thank you

Great Tips, Thanks

I've always wondered what this was called,,, truly a great tip. Thanks for your effort.

As always a great video👍

never had this explained before- thank you

Thanks never thought about it like that

Great video 👍😁

Good advice

Good job

You spoke on it a little bit, but I’d love a more in depth video on how let off affects your accuracy. On a both with 3 different let offs how do I figure out which one is right for me? Because apparently the con to a 85% let off is that anything I do after hitting my release will affect the arrow more than if I used 70%.

I would think lock time would be the time you are staring through your peep and waiting for the releas to fire, I think that would have way more affect on arrow flight then the split second it’s floating next to your face.

😱

Did anyone hear the difference in the two arrows?

Most people will take away from this the wrong point, and believe “light arrows with high let off is better.”

@YoureSoVane

Жыл бұрын

Human error is the main cause of missed shots. Removing the allowance for human error is the best way to increase consistency. Yeah there should a priority of improving form but the main idea is correct.

I’m sure brace height has an issue also since it is on the string longer.

@YoureSoVane

Жыл бұрын

TL;DR. Brace height does not have a significant effect on lock time. It's critical to accuracy because of geometry and physics, but not because of time on string. For a 30" draw it's actually 28.25" between the string at full draw and the throat of the grip. With a 6" brace height is actually 22.25" of power stroke. 7" brace height is 21.25" brace height. It's 4.5% longer travel, and given acceleration of the string it'll be less than 4% additional time on the string for most bows. The ~14.3% increase in level arm length and further increase of limb/string length ratio at full draw is what accounts for the accuracy. This is measured as length of the limbs that extend beyond the throat of the grip. Let's say that at full draw the limbs bend back an additional half inch, that means that of the 28.25" true draw length the limbs account for 6.5" on a 6" BH bow. The greater the relative length of the limbs to the string (assuming all other harmonics are the same) the less variance in the string upon release. A 7" brace height bow will have ~35% limb length to string length, as opposed to ~29% on a 6" bow. Ignoring the trigonometry, the more the limbs contribute to draw length, the more stable the bow.

thats why you shoot a fallaway rest speeds up lock time

He just presented an argument for fast bows. Hunlee warp speed!

@charlesstahlheber5457

Жыл бұрын

He is talking science about The amount of fallow through Needed during a shot in front Of just remember . I really good Pro 3d told me is fallow fallow Through the shoot..

Dud looks old, damn.. that happened quick!!

@dannjohnsonZ28

Жыл бұрын

What a useless comment. Go back under your bridge.

Gee sh! How about you just practice (More than 2 days before season). Ive been bow hunting when cables on a bow were real steal cables and we didn't know any of this stuff and killed hundreds of deer.