A guide to the best compound bow

There is no clear consensus as to when archery was invented since technology did not exist then, so it is hard to tell when people made bows. The earliest bow and arrow of which are found dates back to the Paleolithic era around 20,000 years ago and was found in Germany. 

The bow was carved from elm wood with a bone tip on the end of its limbs and reinforced with grass strung through its center serving as string. The earliest bows found were also made of wood and had wooden limbs, usually elm. The oldest known bows in history date to around 10,000 BC, found in China. 

In the Neolithic age around 6000 BC, the bow began to be replaced by a more efficient weapon, a type of spear known as the "bowsprit". An arrow was a piece of cloth wrapped around a stick to shoot at enemies or scavenge for food. These were not invented until after humans learned how to string them together into bows and planed wood was used to make arrows.

An Introduction to Compound Bow

The best compound bows are a type of shooting bow that uses a pulley system to pull the bowstrings back and release them to propel the arrow. It is typically held at arm's length and requires great strength, flexibility, and accuracy in its manufacture. 

Compound bows allow more efficient use of material but can be more complex than hunting bows because they require metal fasteners. The compound bow was developed in the 16th century primarily for hunting purposes but it has since evolved into an extremely popular weapon for target archery competition and general sport shooting. 

This compound bow is effective at longer ranges than a crossbow, where its greater power would otherwise be non-viable with shorter distances. The strength and weight of the bow is distributed over a larger area, resulting in reduced felt hand shock, which allows for smoother shooting.

Compound bow

Compound Bows Offer Great Range

The best compound bows have a greater range than any recurve or longbow, with the exception of some specialized bows. The maximum flight distance for an arrow from a longbow is 250 yards according to IBO rules. This can be considered an average as there are many factors affecting its accuracy and range. 

Primarily we have to consider how far back you draw the string and how far forward it is released from the bow. In theory the higher these two distances are, the greater will be your effective range.

These bows are not very common in Africa. Most of the best compound bows used in Africa are custom made, by hunters and bowyers who want to keep their technique as close to the traditional way they were taught. And while they can deliver a deadly projectile at times, they are usually only seen during hunts or competitions.

The compound bow is effective at longer ranges than a crossbow, where its greater power would otherwise be non-viable with shorter distances. The strength and weight of the bow is distributed over a larger area, resulting in reduced felt hand shock, which allows for smoother shooting.

Fibers and Components

The compound's main components are made up of fibers, wood and metals. Fibers are what makes the bow work. They are made of animal hair, plant fibers or synthetic materials. The bows, wooden and metal, provide a firm grip. The most popular bow material to date is the composite bow and receiver. This includes laminated wood, fibers and plastic. 

They are strong and durable with a light weight body that delivers an accurate shot at long range with minimal noise. There is also the recurve bow which has a ‘recurved’ or curved lower limb that significantly reduces torque on the upper limbs when unstrung. 

The best compound bows limbs gradually narrow as it extends to give greater tension for more powerful shots at higher draw weights than recurve bows.

Arrows of Compound Bows

Arrows are the projectiles shot from a bow. Modern arrows are made from a series of foam blocks acting as a tip, feathers and fiberglass. Most of the world’s target archery is done on recurve bows, but there are many competitive events that rely heavily on compound bows. 


Compound bows require more skill than a traditional recurve bow to achieve accurate shots because of the added momentum when unstringing a compound bow that does not have less movement than an archery bow. There are also arrows that include stabilizers such as drop-tabs which allow for increased accuracy at longer ranges.

Athletes that use bows, arrows and specialized clothing that helps with shooting. They have to follow the rule on shooting styles and the game they are shooting in. For example, some countries do not allow compound bows in certain games.

Categories of Compound Bows

The best compound bows are weapons that can store energy for a powerful and quick release. They are typically much stronger than traditional bows because of the use of pulleys to convert mechanical energy produced by the archer's body into kinetic energy and thus, speed. 

Unlike rifles or shotguns, which require ammunition, compound bows shoot arrows without any need for external power sources. This makes them ideal for hunting game at long distances.

Compound bows are divided into three categories: draw length, draw weight and arrow speed (FPS). 

  • The draw length of a compound bow is the distance from the end of the grip to the string when it's fully drawn. 
  • The draw weight is the amount of force needed to be applied to the string for a shot. 
  • The arrow speed or FPS (feet per second) is usually measured using an arrow with a 100-grain field point. The general rule is that the higher the number, the faster and more powerful the bow.

The best compound bows have no limit on their draw weight. Instead of being drawn by hand, a string is cinched around a pulley or wheel that turns with great force when engaged by the archer's forefinger and thumb. The force exerted on this system produces speed and height until release, at which point its kinetic energy is transferred back into an acceleration in the opposite direction.

Pros and Cons of Compound Bows

Since compound bows are so popular, you'll expect that there is a lot of good they can offer. But there are very few cons, if any, in fact. The primary benefit of these best compound bows is that you can shoot the same shot over and over again using the same draw weight repeatedly without cycling all the way back to your full draw weight. 

All the way down to a knocked arrow. Even if you have the same draw weight, you can have a different draw length in order to change how much power is transferred to the arrow when it's released. It doesn't sound like a huge benefit but it's one that's worth considering. 

The more effective you can be as a shooter, the more you're going to enjoy hunting with your bow. In almost all cases, it's not possible for the compound bow to focus on one mode of shooting. There are many different types of shooting styles that you may want to use. But if you're looking for a good compound bow that is suitable for any type of shooting style and distance, you're in luck. 

It's what makes them such versatile and powerful tools but there is a disadvantage to a compound bow that they're used for shooting targets from long distances and don't give as much force in its shots as recurve bows do- making it less desirable for hunting purposes.

Compound Bows - Better than Traditional Longbows

There are several reasons why compound bows perform better than traditional longbows. Compound bows have multiple independent levers, which means there is less chance of a 'sticky joint' or any other similar mechanical mistakes preventing an accurate shot.

One the other hand, the compound bow is easier to use than a recurve bow. The limbs in a compound bow don't have to be pulled back and let go, making it easier and faster to shoot multiple times at targets from far away.  The downfall to this convenience is that it requires more physical strength from the shooter, which makes shooting for longer periods of time difficult for some people.