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Stesso

Model Introduction and Framing Overview

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Why we stopped ballon framing 👍 #carpentry #framing #codes #building #learn

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What happens here

The demonstration begins with an overview of a miniature two-story house model, which includes a 'basement' section. The model is clearly divided into two distinct framing types: a 'Balloon Framed Wall' on one side and a 'Platform Framing Wall' on the other. The presenter points out the key structural differences, such as the continuous '16+ foot studs' on the balloon-framed side versus the '8-foot studs' used per floor in platform framing. The 'joists' and 'subfloor' are also highlighted, explaining how they interact with each framing method. Additionally, the presenter explains that platform framing uses shorter studs which are easier to lift, while balloon framing uses longer, harder-to-lift lumber. He points out a 'ledger' and 'nails' on the balloon-framed side, indicating how the floor load is supported.

Goal: Understand the physical characteristics of balloon and platform framing in the model.

Tools and materials

  • Miniature House Model N/A — Visual representation of balloon and platform framing
  • Pointer Stick N/A — Highlighting specific parts of the model

What they say

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This is a two-story house with a basement. This wall is balloon framed and this wall is platform framed. The main difference between platform framing and balloon framing, balloon framing required long lumber typically 16 to 20-ft long. Platform framing typically uses 8 to 10-ft studs. Short walls are easy to lift and tall walls are much harder to lift. These long spans were easier with old growth wood and shorter walls work better with sustainable lumber. These nails and this ledger are accounted for all the load that would be on your floor. In this case, when a load is applied, no fasteners are handling the load. Platform framing is done in

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