What type of framing typically provides better wind resistance?

Balloon framing is known for providing better wind resistance due to its continuous vertical framing members that extend from the foundation to the roof. This design allows for a more stable structure because it creates an uninterrupted vertical support system, which helps distribute wind loads more effectively throughout the building. The long, continuous studs reduce the potential for weak points where wind pressure could be concentrated and potentially cause structural failure.

In contrast, platform framing, while common and efficient for many residential houses, introduces horizontal joints between each floor that could serve as weak points when faced with strong winds. Similarly, traditional wood framing may not provide the same structural integrity as balloon framing in high-wind situations because of the discontinuities present in the framing system. Steel framing can also be resistant to wind forces, but it introduces different considerations such as thermal bridging and may not be as commonly used in residential contexts like balloon framing.

Overall, the unique construction method of balloon framing, with its long spans and fewer interruptions, gives it an advantage in withstanding wind pressure compared to other framing techniques.