**Calculate Horizontal Distance using Auto Level**

Hello, friends welcome to my blog tech me engineer. Today I will show you How to calculate Distance from the Auto level center to the staff point easily. I hope you already know these tips, but some people don’t know about them. So this blog is ready for that person who doesn’t know about this method to find out the horizontal distance between Auto levels to staff. **The strategy used to track down the even distance is known as the ‘stadia technique’. **

**Introduction **

An auto-level machine is an expert device ordinarily utilized for an exact evening out. It is additionally used to quantify even distances nearby.

The apparatus should be utilized on a level surface to make this strategy work accurately. The revelation of the Stadia range is useful for discovering geographical subtleties like waterways, fields, scaffolds, streets, and structures.

If you want to go inside a level you need to know the distance between two points, here is a method used to calculate the distance between two points, different methods are used to Calculate the Distance using Auto Level. But in this post will discuss **Calculating the Distance between Two Points using auto-level**.

How to calculate the distance between two points using Auto Levels and Distance. If you ever wanted to know the distance between two points, the distance must be calculated in staff reading.

No need to calculate the difference in directions, or altitude and air deck for that matter. To do so, the method of the distance must be calculated in staff top and bottom readings. I will clear you all the steps to calculate the distance between auto levels to staff.

## What is Auto level machine?

It is the automatic level machine used to measure distance, finding accurate points and elevation of the land, buildings, and any structures. This is used in surveying. The distance is measured with the help of staff.

An auto-level machine is an expert device ordinarily utilized for an exact evening out. It is additionally used to quantify even distances nearby.

**What is Staff in the auto-level survey?**

Staff is the leveling rod used in surveying. It is made of wooden and aluminum rods used to determine vertical and horizontal distances with the help of an Auto level machine.

I am researching on different platforms. Like YouTube Facebook and Google. But I am collecting basic tips only. But today I will provide you the details of calculating the horizontal distance between auto-level machines to staff.

I hope you are very excited to see this topic today. I am also happy to share this knowledge with you. So let’s do it:

Before Calculate Horizontal Distance using Auto Level and staff, you need to know some terminology used in the auto level survey. The following is the terminology used in the auto-level survey.

**Stadia hair**

It is the horizontal cross-hair in the Auto Level an equal distance from the center crosshair of the Auto level. Stadia’s hair is two lines one above and one below from the center crosshair. You can see in the figure below:

**Crosshair**

The horizontal line and vertical line cross perpendicular to each other provided on the auto level is called crosshair. It makes a 90-degree to each other. You can see this in the figure below:

**Required instruments**

Auto level machine

Staff

Peg

Hammer

Tripod

Tape

## How to Calculate Horizontal Distance using Auto Level

**Auto Levels and Distance**

In this article, I am going to talk about the methods for Calculate Horizontal Distance using Auto Level.

Distances are determined based on which distance is required to line up the two objects after that the distance between the objects has to be calculated. To calculate the distance between two objects, first, the distance between them has to be calculated.

This is where distance calculation is given an impactful role in the objects. The distance between two objects is dependent on which distance is required to line up the two objects. Auto level a surface is nothing but a collection of points that are formed on a line.

**Steps to Calculate Horizontal Distance using Auto Level**

Following are the steps for Calculate the Distance using Auto Level:

All the steps are followed and find the accurate distance between the Auto level and staff. So guys you can use this method on the field to calculate distance.

First of all, you can set the instrument on the field. Like leveling, centering, etc. after that, we can measure staff readings. This is the stadia hair method of **Calculate Horizontal Distance using Auto Level**. So we can use the staff readings (top hair and bottom hair). So let’s get started;

**Calculate the Distance with the example:**

Collect staff reading

Suppose,

Top stadia hair Reading= 2.85 meter

Bottom stadia hair Reading= 2.605 meter

Now, subtract the bottom hair reading from the top hair reading of the staff.

Different reading=top hair reading-bottom hair reading

=(2.85-2.605)m

=0.245m

Now convert 0.145 meters to centimeter

Note: 1m=100cm

That is 0.245meter=0.245*100=24.5 cm.

In the **Auto Level machine,** The different scale of Top stadia hair and bottom stadia hair is designed in such a principle, which is 1cm is equal to 1m.

Top stadia hair-bottom stadia hair=1cm in the machine

Top stadia hair-bottom stadia hair=1m in the field.

So, that is 1cm (Auto level) =1m(field)

In such a principle following data (24.5cm) is instrument different but 24.5m is in the field.

So, in this case, the Horizontal Distance of Two points is 24.5m.

**Conclusion**

The horizontal distance between the two points is calculated by the difference between the top stadia hair reading and the bottom stadia hair reading. The difference is to convert into a centimeter-scale and change the result from instrument to field.

This is the Stadia hair method to **Calculate Horizontal Distance using Auto Level**.

So, guys, This article is very helpful to you. if you like and are helpful please share this post with your friends who want to know about calculating horizontal distance using an auto-level. for more engineering information please visit my blog. Thank you.

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