## Introduction

The Displacement to Length Ratio (DLR) Calculator is a valuable tool in naval architecture and ship design. It aids in assessing the proportion of a vessel’s displacement to its length, offering insights into its performance characteristics.

## Formula

DLR is calculated using the formula: DLR = (Total Displacement / Total Length) * 100. This ratio is expressed as a percentage, providing a numerical representation of a vessel’s efficiency and stability.

## How to Use

- Enter the total displacement and total length into the designated fields.
- Click the “Calculate DLR” button to initiate the calculation.
- The result will be displayed, indicating the Displacement to Length Ratio as a percentage.

## Example

For instance, if a ship has a total displacement of 500 tons and a total length of 30 meters, the DLR would be calculated as follows: DLR = (500 / 30) * 100 = 1666.67%.

## FAQs

**What does a high DLR indicate?**- A higher DLR suggests better stability but may impact speed.
**Is DLR applicable only to ships?**- Primarily used in naval architecture, it’s relevant to various watercraft.

## Conclusion

The Displacement to Length Ratio is a crucial metric, influencing vessel stability and performance. This calculator simplifies its evaluation, making it a valuable resource for marine engineers and designers.