# How big is a regulation size tennis court?

December 22, 2020 Off By idswater

## How big is a regulation size tennis court?

Regulation Tennis Court Dimensions. Key Tennis Court Dimensions. Overall Length: 78 ft / 23.77 m. Overall Width: 27 ft / 8.23 m (Singles), 36 ft / 10.97 m (Doubles)

## How long are the sidelines on a tennis court?

Singles Sidelines: 39 feet long. The singles sidelines also run perpendicular to the net and define the side boundaries of the court for singles matches. Doubles Sidelines: 39 feet long. A few feet outside of the singles side lines are the doubles sidelines.

## How tall are singles sticks on a tennis court?

Singles Sticks: 3.5 feet tall and no more than 3 inches wide. If you’re playing singles on a court with a doubles net installed then two sticks should be used to prop the net up 3 feet outside of each singles sideline.

## How tall are the net posts on a tennis court?

Net Posts: 3.5 feet tall and no more than 6 inches wide On most courts net posts will fall 3 feet outside of the doubles sideline directly at the middle of the court. Some courts have the ability to install a singles net, and on these courts the net posts would fall 3 feet outside of the singles side lines.

## What is the size of a standard tennis court?

A: The width of a tennis court is 78 feet, or 39 feet on each side of the net.

## What are the specifications of a tennis court?

The basic dimensions of a tennis court are 78 feet in length and 27 feet in width. On the sides it is 39 feet. The court must be divided across the center by a net suspended by a cord or a metal cable which has to pass over or be attached to 2 net posts at a height of 3 and a half feet.

## What is the layout of a tennis court?

Tennis Court Dimensions & Layout. In total, tennis courts measure 78 ft. x 36 ft. or 2,808 sq. ft., however the full area of the court is only used for doubles matches. The singles court measures 78 ft. x 27 ft. or 2,106 sq. ft. Every court is composed of quite a few elements, so let’s take a look at each individual component.