Brace Height Calculator

Enter the values of Axle to axle length, bow type, brace height.

Enter any 2 values to calculate the missing variable

Axle-to-Axle Length (inches)

Bow Type

Brace Height (inches)

The Brace Height Calculator facilitates you to figure out the ideal brace height for your bow. Brace height impacts arrow speed, accuracy, and shooting consistency.

Formula & Variables

Contents

1 Formula & Variables
2 Formula
3 How to Calculate ?
4 Solved Calculations :
5 Brace Height Calculator :
6 Final Words:

Brace Height Calculator following the guidelines:

Formula

For Recurve Bow:

$\text{BH} = \frac{\text{ATA}}{8}$

For Compound Bow:

$\text{BH} = \frac{\text{ATA}}{10$

For Longbow:

$\text{BH} = \frac{\text{ATA}}{7$

Variables:

Variable	Meaning
BH	Brace Height (the distance from the bowstring to the grip of the bow)
ATA	Axle-to-Axle length (the distance between the two axles of the bow, typically measured in inches)
8, 10, 7	Divisors specific to different types of bows

How to Calculate ?

To calculate the brace height (BH) for a bow, divide the Axle-to-Axle length (ATA) by a specific divisor depending on the type of bow:

For Recurve Bows, divide the ATA by 8.
For Compound Bows, divide the ATA by 10.
For Longbows, divide the ATA by 7.

Solved Calculations :

Example 1: Recurve Bow

Given:

Axle-to-Axle Length (ATA) = 64 inches

Calculation	Instructions
Step 1: BH = $\frac{\text{ATA}}{8}$	Start with the formula for Recurve Bow.
Step 2: BH = $\frac{64}{8}$	Replace ATA with 64 inches.
Step 3: BH = 8 inches	Divide ATA by 8 to get the brace height.

Answer:
The brace height for the recurve bow is 8 inches.

Example 2: Compound Bow

Given:

Axle-to-Axle Length (ATA) = 70 inches

Calculation	Instructions
Step 1: BH = $\frac{\text{ATA}}{10}$	Start with the formula for Compound Bow.
Step 2: BH = $\frac{70}{10}$	Replace ATA with 70 inches.
Step 3: BH = 7 inches	Divide ATA by 10 to get the brace height.

Answer:
The brace height for the compound bow is 7 inches.

Example 3: Longbow

Given:

Axle-to-Axle Length (ATA) = 63 inches

Calculation	Instructions
Step 1: BH = $\frac{\text{ATA}}{7}$	Start with the formula for Longbow.
Step 2: BH = $\frac{63}{7}$	Replace ATA with 63 inches.
Step 3: BH = 9 inches	Divide ATA by 7 to get the brace height.

Answer:
The brace height for the longbow is 9 inches.

Brace Height Calculator :

The Brace Height Calculator helps the archers to calculate the optimal brace height for their bow, ensuring better performance and accuracy. Brace height is the distance between the bowstring and the deepest part of the bow's grip. It plays a crucial role in bow tuning, affecting arrow speed, forgiveness, and overall shooting experience.

A higher brace height generally provides more forgiveness and stability, while a lower brace height can increase arrow speed but reduce accuracy.

To calculate brace height, you measure the distance from the bowstring to the grip using a ruler or bow square. This calculator simplifies the process, providing ideal brace height ranges based on bow type and shooting style.

For both recurve and compound bows, getting the correct brace height is key to optimizing performance. A poorly adjusted brace height can result in inconsistent shooting, affecting arrow trajectory and speed.

The Brace Height Calculator allows you to input bow specifications, such as bow type and draw weight, and offers recommendations for the ideal brace height.