Hipped Pyramid Roof Framing

Outlined below are the basic steps towards framing a pyramid hip roof.

Hipped pyramid roof framing.

The first step in the process of erecting the hip roof is to get the ridge beam into place at the top of the roof. A pyramid hip roof is built on a square building with four triangular sides that meet at a point at the top. Place the 4 6 common rafters in their designated positions along the 2 longest walls and nail them firmly to the wall with a nail gun. All four sides of the roof are equally hipped at all corners and they meet at a single centralized peak forming a distinct pyramid.

Hip rafters are the diagonal rafters that span from the ridge at the top down to the corners of the roof. A hip roof has four slanted sides unlike a gable roof that is shaped like a tent and has only two sides. Attach 4 6 centering rafters and lift the ridge beam into place. Hip and valley roof.

These pyramid roof structures are usually found atop gazebos and other pavilion buildings. I have framed a cathedral hip roof. If the extension length is less than twice the width the 2 hips will meet before they reach the existing wall and you ll need a ridge extending from the existing wall at 90 to join the hips where they meet. Kindly consult with your local roofing expert for more refined processes.

There was no ridge because the top of the roof was flat 6 wide. The hips and perimiter of the flat portion were framed with lvl and steel flitch plates bolted together. A hipped roof laid on top of a square structure creates a pyramid hip roof or the pavilion roof. If the wall plates are all square of equal lengths then the hipped rafters would form a pyramid shape like the picture above normally a roof is rectangle and there are more yellow common rafters.

To create this type of roof framing it is recommended to carry out simple pyramid roof calculation with online calculator kalk pro. You will need to have a circular saw a measuring tape a 2 by 6 lumber nails and a hammer. Some hip roof designs follow pyramid shapes whereas others may have more symmetrical structures. The design of hip roofs can follow triangular sides as well as a combination of triangular and trapezoidal sides.