Roof Framing Takeoff

This will the first point of the rafter measurement line using the results of your rafter length calculation measure from this point along the rafter measurement.

Roof framing takeoff.

Then square takeoff is the solution for you. From one end of the rafter material using a speed square or framing square mark an x in 12 angle on the rafter and cut it measure down y height from the long point of the rafter cut and make a mark. Square takeoff is designed to allow framing contractors to upload digital blueprints and complete an online takeoff 3x faster than simply doing it by hand. The run or half the building span is the base of the triangle.

Planswift includes easy to use aids like the joist and rafter tool which makes framing even the most complex roof simple. As a result you should note that the free version of the products listed below may not have all the features you need. Get started today and let your business takeoff. Free construction estimating and takeoff software.

Square takeoff is designed to allow you to set a pitch factor or degree of a roof slope and by simply measuring an area around the roof you can calculate the total sqft instantly saving you a tremendous amount of time and money over conventional methods. In most cases but not all free construction estimating and takeoff software options earn revenue by offering a basic free version to entice users to download with premium features available for a price. Helping save a ton of time and money. With planswift you can create material assemblies for any framing scenario.

A takeoff for a wall frame includes counting the studs typically 2x4 or 2x6 the headers for door and window openings using 2x12s is simplest and horizontal plates for the top and bottom of the wall plates use the same lumber as the studs. Then square takeoff is the solution for you. The framing of a basic gable roof is based on a right angle triangle and the various roof framing components fit the triangle. The rise or height of the roof at its peak is the altitude of the triangle.