Table of Contents
- 1 Why is my recurve bow so loud?
- 2 Where do string silencers go on recurve?
- 3 Do bows make noise?
- 4 What should the brace height be on a recurve bow?
- 5 Do bow string silencers work?
- 6 Do string silencers affect speed?
- 7 Do I need to remove the string from my recurve bow?
- 8 Do I need a limb dampener for my recurve bow?
Why is my recurve bow so loud?
There are five main reasons why your recurve bow could be too loud: Loose Parts. Length of String too Short or Long. Incorrect Brace Height.
Where do string silencers go on recurve?
The short answer is that it varies depending on the bow. It has to be placed to disrupt the harmonic resonance in the string. Most find that a position about 1/4 of the length of the string from each tip is about best.
Do bows make noise?
Most bows make noise when you shoot them, but sometimes they start making strange noises which could mean a problem. Some noises can be linked to simple issues that can be fixed easily. Again, not every noise means that your bow is dying. Some bows are just noisy.
How do I stop string slapping?
To help prevent string slap what you can do is stand in a wider stance with your feet slightly more apart. Remember not to bend backwards when you are pulling. Avoid fatigue, fatigue causes bad posture and in turn can easily cause string slap.
Why is my bow noisy?
Any loose parts of the bow might increase the vibrations and loud sounds created when you shoot your bow. The most common parts that may cause these sounds are the sight, arrow rest, and stabilizer. To see if this is an issue with your bow, try gently wiggle the parts and see if they’re loose.
What should the brace height be on a recurve bow?
These guidelines work for most recurve bows, but always follow the manufacturer’s recommended brace-height range.
- 62- and 64-inch bows have 7½- to 8½- inch brace heights.
- 66- and 68-inch bows have 8- to 9-inch brace heights.
- 70- and 72-inch bows have 8¾- to 9½-inch brace heights.
Do bow string silencers work?
The Bowjax String Silencers will reduce string noise by as much as 90\%. That improves your chances of getting a good first shot at your intended prey. Once they are on you will really notice the difference in the noise level as you shoot. These tiny little silencers will do more than just help silence your bow too.
Do string silencers affect speed?
Some companies say that you can actually increase your arrow speed slightly if you have string silencers attached to your bow. The manufacturer claims they will actually increase your arrow speed as it leaves your bow (estimated 1-3 fps). They also do a nice job off lessening the vibration as you shoot too.
Can you make a recurve bow quieter?
While there’s no way to completely silence a recurve bow, as it will always make some degree of noise, there are ways that you can make it quieter. Here’s a look at some of the most effective ways to do so. Use a dampener. This is the most common way to correct a loud recurve bow.
What are recurve bow silencers made of?
Groove silencer. There are groove silencers for all types of bows, including ones that are specifically made for recurve bows. Usually made of leather, these silencers are placed right on the limbs. It should be noted, however, that while they minimize the slapping noise that recurve bows can make, silencers do not minimize vibrations.
Do I need to remove the string from my recurve bow?
No string removal is necessary. Some groove silencers are explicitly made for recurve bows, making them a popular option for dampening down their sound. They sit right in the grooves on the limbs of your bow and are typically made of leather. Some may say they are similar to and sometimes interchangeable with limb silencers.
Do I need a limb dampener for my recurve bow?
A limb dampener will reduce the noise to a certain degree, but it will also take out a good amount of shock and vibration that your arm bears when shooting. This helps limit fatigue, pain, and injury with recurve bows. Another place on the bow that can take quite a bit of punch is the riser.