yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

Making a Bow By Hand | Live Free or Die


2m read
·Nov 11, 2024

So the back of the bow is looking pretty nice, and I'm going to start shaping the bow with the axe. Take it down to one continuous grain that’ll provide the most strength.

Hunter gatherer Matt has only caught small squirrels since returning to his desert home. Bigger game like wild rabbits will offer more meat but can only be hunted with a bow and arrow, which Matt will have to make from scratch.

[Music]

So I've got this piece of Oage Orange wood, which actually makes a really nice durable wood. This is going to make a beautiful bow, and I feel like when you're making something as primitive as a bow, there's a simplicity to it. I like using as few tools as possible.

Although it's a wooden bow, it actually will shoot quieter than the most expensive high-tech modern bows on the market today. It's a slow process when you're working with such a hard piece of wood, but it's really worth it in the end.

So my pulling on it tells me if both limbs are bending evenly. It's coming along really nicely; I've got a nice even bend throughout. But to get a final finish, I'm going to rub a bunch of sand on there, maybe some horse tail, to get a really fine tune—super smooth and beautiful.

A little finish of some animal fat and a little bit of sage brush rubbed in there. The handle I'm going to fine tune, wrap some nice buckskin around there. We'll see how it shoots. It's the first time this piece of wood's being brought to life as a bow.

Now, there's been a few moments where it's like you get it right there and kapow!

More Articles

View All
Finding specific antiderivatives: rational function | AP Calculus AB | Khan Academy
So we’re told that ( F(2) ) is equal to 12. ( F’ ) prime of ( x ) is equal to ( \frac{24}{x^3} ), and what we want to figure out is what ( F(-1) ) is. Alright, so they give us the derivative in terms of ( x ), so maybe we can take the antiderivative of t…
Measuring area with partial unit squares | Math | 3rd grade | Khan Academy
Each square in the grid is a unit square with an area of 1 square cm. So, each of these squares is 1 square cm. This is 1 square cm, and this is 1 square cm, and so on. Now we’re asked, what is the area of the figure? By figure, I’m sure they mean this bl…
What Blue Holes Have to Say About Climate Change | Years of Living Dangerously
We’re getting everything ready aboard this ship, here the, uh, Alucha research vessel. What we’ve got on board Alusia is we’ve got two subs; both subs are TH000 M rated. We probably, on board the ship, do the most thousand M diving in the world at this mo…
RC step response 3 of 3 example
In the last video, we worked out the step response of an RC circuit, and now we’re going to look at a real example. So, this is our answer. This is the step response, the total response to our circuit to a step input. What does this look like? So, I’m go…
Millionaire Exposes The Jake Paul Financial Freedom Scam
What’s up you guys? It’s Graham here. So let me start by asking you three very important questions. Number one, have you ever dreamed of being a millionaire? Number two, have you ever wanted to be financially free? And most importantly, number three, have…
Zeros of polynomials: plotting zeros | Polynomial graphs | Algebra 2 | Khan Academy
We’re told we want to find the zeros of this polynomial, and they give us the polynomial right over here, and it’s in factored form. They say plot all the zeros or the x-intercepts of the polynomial in the interactive graph. This is a screenshot from Khan…