Housed Joinery for Timber Frame Homes

Timbercraft views timber frame joinery as central to creating a custom home that balances functionality with distinct character. Our hallmark is housed joinery—a practice that merges tradition, skill, and artistry to define the durable spaces we build. Whether your project is a new timber frame home with timeless features or a period property renovation, investing in our high-quality housed joinery elevates your entire timber structure.

Understanding Timbercraft Housed Joinery: Precision & Durability

Timbercraft housed joinery involves meticulously fitting each intersecting timber member into a precisely cut pocket, or "housing." This technique provides crucial stabilization for the timber frame as it settles over time. The housing serves a dual purpose: it offers a vital structural bearing component while providing a flawless, finished aesthetic that endures for a lifetime.

Unlike standard or mass-produced alternatives, Timbercraft’s housed joinery emphasizes customization, structural durability, and a harmonious aesthetic that complements the building's overall architecture. We select high-quality sourced timbers, such as Douglas fir, oak, or pine, for each piece, which is designed and constructed with unparalleled attention to detail. This high-quality timber frame not only looks good but also feels great, making it much more than just a functional structure.

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The Structural and Aesthetic Advantages of Timber Frame Housed Joinery

Often underestimated, housed joinery is the cornerstone of a structurally sound and beautifully finished timber frame home. Precision-crafted timber elements offer two key benefits:

• Conceals Shrinkage Gaps: In standard joinery, as a post shrinks, a visible gap can form. The housing effectively hides this shrinkage, maintaining a clean and more visually appealing timber frame.

• Enhances Structural Integrity: Housings significantly benefit the frame's engineering. They create a secure, built-in shelf for beams to rest and bear upon, improving the stability and load-bearing capacity of the timber structure.​​