Portuguese 
Spanish 
2 min of reading 
0 comments 
In small houses, especially constructions with up to two floors, the distance between one pillar and another affects the size of the beams, the consumption of steel and concrete, and even the ceiling height of the rooms, making structural planning crucial to avoid higher costs and loss of comfort
The distance between pillars in small houses directly influences the size of the beams, the ceiling height of the rooms, and the construction cost, especially due to the use of concrete and steel. The recommendation presented suggests spans between 3 and 6 meters, with greater economy in intervals of 3 to 5 meters.
The distance between one pillar and another in small houses usually ranges from 3 to 6 meters, but the economical interval for residential works tends to be 3 to 5 meters, as it reduces impacts on the beams and steel.
The JH Engineering Channel explains that the pillar, also called a column, is an essential structural element in civil construction. In houses with up to two floors, the spacing needs to consider resistance, cost, and comfort.
-
Near Amsterdam, residents buy land and discover they must also build streets, manage drainage, handle waste, and grow food on half their plot.
-
Brazil’s WEG to Open New Factory in China by 2027, Expanding Production of Large Rotating Electric Machines and Low to Medium Voltage Motors in Rugao
-
Chinese Shipyard Secures $1 Billion in Orders for Low-Carbon Container Ships Amid Global Fleet Renewal Efforts
-
Brazilian Planned Community Provides Housing for Over 420 Formerly Homeless, Aims to Reach 1,900 Residents
Distant pillar can increase beams and reduce ceiling height
When the span between pillars grows too much, the beams need to cover greater distances. For example, a 5-meter span may require a beam about 50 centimeters high, considering 10% of the span as a reference.
This detail directly affects the ceiling height, which is the distance between the floor and the ceiling. In a house with an internal height of 2.70 meters, high beams can lower the ceiling and affect comfort.
Spacing also affects the construction cost
Another point is the consumption of materials. The greater the distance between one pillar and another, the greater the need for concrete and steel in the pillars, as well as more steel in the beams. Steel was mentioned as a noble and expensive material in Brazil.
In practice, spacing the supports too far apart can make the structure heavier and less economical. Therefore, in common residential constructions, working with moderate spans helps balance safety, cost, and functionality.
Ideal distance depends on the project
The range of 3 to 6 meters appears as a reference for small works, but the correct definition depends on the project. Each house has specific measurements, loads, slabs, beams, and needs.
Therefore, the distance between pillars should not be decided arbitrarily. Structural calculation avoids improvisation and helps keep the house safe.
Be the first to react!