Engineered for a Lifetime—Or Longer

At Log Home Solutions , we don’t just build log homes—we engineer them to last for generations. Every aspect of our design, materials, and construction methods is focused on durability, safety, and long-term value.

Precision-Milled Logs: We use kiln-dried, graded logs with low moisture content to prevent shrinkage, warping, and rot. This ensures a tighter, more secure fit that holds up through the seasons with minimal settling or movement.

Structural Engineering: Each home is designed and reviewed by certified structural engineers to meet or exceed building codes for wind, snow, and seismic loads. Whether you're building in the mountains, prairies, or by the coast, your home will be strong and secure.

Smart Joinery Systems: We use proven joinery methods such as saddle notching, dovetail corners, and through-bolting. These create solid, interlocking wall systems that resist shifting and settling while allowing the wood to naturally expand and contract.

Weatherproofing That Works: From extended roof overhangs to integrated drainage plans, breathable sealants, and vapor barriers—every detail helps protect your home from moisture damage while allowing airflow where it’s needed.

Longevity by Design: Our homes are designed to age gracefully with built-in protection from sun exposure, rot, and pests. We choose wood species for their natural durability and plan layouts with access points that make maintenance easy and hassle-free.

Did You Know? With proper care and maintenance, a well-built log home can last 100 to 200+ years. Many historic cabins across North America and Europe are living proof that log homes—when built right—stand the test of time.

Log Wall Energy Efficiency & Smart Building

A solid wood log wall is one of the most energy-efficient wall systems available. Unlike fiberglass insulation (rated by R-value), solid materials like wood are rated by U-value. Fiberglass works by trapping air, but how can something used in furnace filters (where air flows through easily) be considered airtight insulation? Solid logs, on the other hand, absorb and store heat or cold, releasing it slowly over time. This is called thermal inertia, and it’s why our solid wood homes perform so well in every season.

Back in 1981, HUD tested our 7" round log and found it was up to 46% more efficient than required by FHA standards. Our 6" round log performs just slightly under the 8", and our 8” round log tested as the most efficient overall. The 7” log hits the sweet spot—it’s used in over 90% of our builds.

Maximum Efficiency, Minimal Waste

We mill round logs, using dead standing timber and turning leftover wood chips into pellets. Compared to the energy needed to create a steel stud—or even a 2x4—our process uses far less electricity and fossil fuel. Why cut a square out of a round tree, then plane it down, ship it across borders, and paint it, when you can just keep it round and strong from the start?

Using Underutilized Forest Fuel

Most of our wood comes from beetle-killed or fire-killed trees, often referred to as biomass. These small-diameter logs would otherwise rot or fuel wildfires. Since the 1990s, timber harvests have declined, sawmills have shut down, and unused wood has piled up. Meanwhile, the Forest Service spends millions on fire prevention, thinning, roadbuilding, and disaster response. We turn this problem into a product, helping both forests and homeowners.

Best Wood for the Job

We use Douglas Fir—the strongest softwood in North America—and Lodgepole Pine, which grows straight, with few knots and rich color. We dry all logs to 6% moisture before milling, meaning 95% of the wood’s movement (twisting, shrinking, checking) is already done before it's used. Kiln-dried lumber from the store is still at 19% moisture—over 3x higher—and will keep shrinking on your jobsite. Our dry logs = less settling, no gaps, and tight-fitting joints from day one.

Fire Resistance You Can Trust

Solid wood doesn’t burn easily. It needs a fuel source to stay ablaze. In several real fires, entire roofs and interiors burned away, but our log walls remained standing, charred just 1–2 inches deep. The danger isn't the log wall—it's the porch, decking, roofing, and brush nearby.

Strongest Corners in the Industry

Our saddle notch corner system is naturally water-shedding and impossible to pull apart without destruction. We use glue-laminated logs, acrylic-rubber caulking, 6% dry Lodgepole Pine, precision milling, and spike joints to ensure long-term performance and an airtight fit. No settling. No leaks.

Ask the Right Questions

Why is moisture content critical? Because green wood is like celery, full of water. Wood only begins shrinking at 30% moisture, and most lumber on the market is still above 20%. Ours is 6%. Why do some log homes settle? Builders who use cheap foam gaskets, wet logs, or poor joinery techniques cause it. Our solution: strong glue, dry wood, and tight milling. No carpet pad. No foam strips. No gimmicks.

Airtight & Efficient

We use Sashco caulking around notches and openings, and glue each horizontal joint with adhesive stronger than the wood itself. No gaskets. No shortcuts. Just solid, airtight construction.

Designed to Last Generations

Our system is structurally engineered, thermally efficient, fire-resistant, sustainably sourced, and beautiful. With proper maintenance, it can last 100+ years or more. We've built multi-level structures with minimal long-term settling, thanks to our wood choice, joinery design, glue strength, and precision milling—all done in the dry Western climate.