David Tucker
Metric and Imperial roof/rafter calculating App including plumb and foot cut angles.
Current observed download price for the selected storefront. Open regional pricing to compare converted prices across countries.
Items currently visible on Apple’s public App Store page. This may not be the complete App Store Connect catalog.
Metric and Imperial roof/rafter calculating App including plumb and foot cut angles.
For the tradesman and handyman alike. This app takes the hard work out of calculating rafter and hip/valley lengths to build a multi projection roof to a simple back yard pergola. Also use the app to calculate your plumb and foot cut angles with a handy bevel to transfer your angles. The app can also be used for calculating roof areas by multiplying the rafter length by the length of the building for example.
To use the app simply select whether your measurement is in imperial or metric before you start and then type in the required roof pitch along with the 1/2 span or half of the width of the building together with the rafter spacing in the blank fields provided and the app will calculate the
- Rafter length
- Hip and Valley length.
- Hip/Valley creeper rafter shortenings.
- Roof rise per lineal meter or per 6 feet span.
This app also displays the the hip, rafter, Jack rafter and foot cuts and these can be transferred in the following ways
- Simply scribe from your smart phone screen to you roofing materials.
- Utilise the mitre saw angle displayed on the screen and adjust your saw angle to suit.
- Set your bevel from the image on screen
- Lay your phone on your mitre saw and adjust it to you displayed angle.
Quick answers based on the latest observed App Store data.
The latest observed download price is £0.99. Open the official App Store link to confirm the current checkout price.
Apple’s public page currently shows 0 purchase items in this storefront. The public list may be incomplete.
Yes. App Store prices can vary by storefront, currency, taxes, and developer pricing. AppPriceData currently has 1 regional observations.