The owners of this timber frame lakeside retreat enjoyed the original lake farmhouse on the site for many years. When it became apparent that their beloved lake house had outlived its use, they made the bittersweet decision to deconstruct it in favor of a new home.
The land, the lake, and home’s impact there was a driving force in the design. Our design team started with respecting the local vernacular and maintaining existing trees and then included advanced enclosure and mechanical systems, FSC-certified® and reclaimed wood flooring and siding, roofing made of recycled wood fiber and rubber, and a geothermal heat system—all resulting in energy efficiency and reduced environmental impact.
In keeping with local vernacular, the road side facia of this cottage home is modest and welcoming.
From the road, the home is quaint and charming, modest in scale much like the neighboring cottages and the original home. The garage and parking area are accessible via a sloping drive, resting a level above the lake shore, neatly tucked away from the passerby on the lake road above while allowing a closer entry point to the home–especially appreciated after a grocery run. Entering from the road places one at an open sitting area and staircase. Sometimes referred to as an “upside down” design, this road level has guest bedrooms and bath as well as the master suite. A gently curving staircase funnels those entering at the street level downwards to the public shared spaces.
Project enclosure systems are one of the biggest areas to benefit from high-performance building techniques, and there are several options: SIPs (Structural Insulated Panels) and our Matrix & Matrix-S Wall system, to name a few. As we push for better envelopes and efficiencies with every project, we’re applying decades of experience in creating turnkey timber frame structures to crafting prefabricated wall systems.
“When you buy a car, no one shows up at your house with all the parts and builds your new car in your driveway, right? So why build walls on-site?” asked Eric, our Timber Frame General Manager.
“That’s not a glulam!” I said, incredulously.
“It is!” Eric insisted with a laugh, raising his hands in defense.
Seeing as Eric is one of the most sincere and honest people around, I figured he had to be right. “Okay,” I replied. “Let’s talk glulams.”
Glulam use around the world has developed into some crazy, creative, and nearly unbelievable structures:
Glulams have been incorporated around the world for very intricate and challenging designs, such as this pavilion project for the 2015 Mulan World Expo by X-TU’s Architects in France.
Some of the basics on glued laminated timbers (glulams) that I commonly hear: they come in just about any size and shape (meaning they can make spans that solid timber simply doesn’t grow to); they can achieve geometric shapes and structural performance that is otherwise unattainable with solid timber; they’re inherently stable and dry; they have visible layers of wood. As a visual person the look is always top of mind for me which is where this conversation started:
The project that started this conversation…what do you think of the curving bottom chord of this timber and steel truss? Solid or glulam? (Check out the end of this post for the answer.)
I had taken to saying this project was moving at “monastery time” for Mount Angel Abbey’s Benedictine Brewery. Meaning, of course, it was progressing at its own pace, and not overly concerned with a particular speed or efficiency the secular and commercial world might expect. It had been three years since Chris Jones, the project manager and enterprise guy for the monks and I had started talking, excited at the idea of doing a traditional timber frame raising with people from the monastery, the community of Mt. Angel, friends and coworkers, and more. I had this crazy vision of 50 or so monks in flowing red robes with pike poles and ropes.
On a recent Saturday, it (almost) all came true. No robes. This was likely a good thing.
One hundred volunteers gathered early on November 11th, listened thoughtfully to a strategy introduction, a safety meeting, and got at it. November in Oregon is dicey at best, but I really laughed as I watched the weather forecast. Here’s a screenshot from a day or so ahead of time:
I couldn’t help but acknowledge the amazing timing of sunny weather to some of the brothers. “We worked really hard on that one,” they laughed.
On New Years Day, 2015 a devastating fire claimed the St. Pius X Church in the Town of Chili, New York. As church leaders and hundreds of parishioners gathered the resounding desire was to rebuild. Fast forward to December 2016, and after raising the necessary funding to rebuild, the church’s future took shape. Hanlon Architects designed a large, open interior volume with visible timber framing. Working closely with Hanlon and the Nichols Construction Team, our timber frame engineering team applied their know-how to refine and finalize the timber truss design.