What Is the Best Roof for a Timber Frame Outdoor Structure?
The five most common roofing materials for timber frame pavilions and outdoor structures are metal roofing, cedar shake, asphalt shingles, clay or concrete tile, and slate — and the best choice depends on your climate, roof pitch, structural load capacity, and the architectural character of your home. Metal roofing leads in most climates for its longevity, snow-shedding, and fire resistance. Cedar shake leads in traditional aesthetic appeal. Asphalt shingles lead in affordability and availability. Tile and slate lead in longevity and luxury visual presence, but require heavier structural engineering. What nobody tells you upfront: the roofing decision isn’t made at the roofing showroom. It’s made during the timber frame engineering phase — because the roof you choose determines the structure underneath it.
Why Roofing Choices Matter More Than You Think
Here’s a thought experiment: imagine two identical timber frame pavilions sitting side by side in any backyard — yours, maybe. Same footprint. Same heavy timber posts. Same Dovetail Difference™ joinery. Now put a standing-seam metal roof on one and an uncovered open rafter design on the other.
They are now fundamentally different structures — different engineering loads, different water management challenges, different maintenance cycles, different lifespans, different code classifications in most jurisdictions.
This is the part most homeowners discover too late.
Roofing on a timber frame outdoor structure isn’t decoration added at the end. It’s a design variable that shapes every engineering decision from post sizing to footing depth to the height and profile of the beams themselves. Change the roof material, and you change the weight the structure must carry. Change the pitch, and you change snow accumulation patterns and ceiling clearance. Change from open rafter to solid roof, and you change wind load calculations, drainage requirements, and in many jurisdictions, the permit classification entirely.
What this means practically: the conversation about roofing belongs in your first design consultation, not your last. Any contractor who quotes a timber pavilion without asking about your roofing preference is giving you a number that may need to be substantially revised.
“The rational answer is rarely the right answer. People don’t experience roofing materials the way engineers do — they experience them as rain drumming on metal at 2 a.m., or the smell of cedar after a summer storm, or the visual weight of dark slate against a mountain backdrop. Account for these things.”
The Five Roofing Materials: An REAL Comparison
Before diving into each material, here’s the summary table most buyers want first.
|
Roofing Material |
Typical Lifespan |
Relative Cost |
Best Climate |
Structural Note |
|---|---|---|---|---|
|
Standing-Seam Metal |
40–70 years |
Mid–High |
All climates; ideal in snow/fire zones |
Lightweight; excellent for most timber structures |
|
Cedar Shake |
20–35 years |
Mid |
Dry or temperate; avoid high humidity |
Moderate weight; requires good ventilation |
|
Asphalt Shingles |
20–30 years |
Low–Mid |
Moderate climates; wide availability |
Lightest option; works on most structures |
|
Clay / Concrete Tile |
50–100 years |
High |
Mediterranean, Southwest, coastal |
Heavy; structure must be engineered for tile loads |
|
Slate |
75–150+ years |
Very High |
Cold climates, luxury residential |
Very heavy; requires significant structural design |
One caveat worth noting: lifespan figures assume proper installation, adequate pitch, and climate-appropriate maintenance. A metal roof installed on a structure with inadequate pitch, or cedar shake in a perpetually shaded humid environment, will underperform relative to these figures.
Not sure which material fits your climate and structure?
That question has a specific answer — it just depends on where you live, what pitch your design calls for, and what your roof needs to handle. Our Design Consultants work through exactly this conversation every day.
Call (877) 870-8755
Metal Roofing for Timber Frame Structures
If you asked a structural engineer which roofing material they’d put on their own timber pavilion, the majority would say standing-seam metal — and they’d have physics on their side.
Why metal dominates in timber frame applications:
Standing-seam metal roofing is light relative to its strength, sheds snow cleanly, resists fire, and can last 40 to 70 years with minimal maintenance. In wildfire-prone regions across the West — California, Colorado, Oregon, Idaho, and beyond — a Class A fire-rated metal roof isn’t just a good idea — it may be required under local codes for structures within defensible space zones. Class A is the highest fire-resistance rating defined by ASTM E108 and ICC standards, indicating the material is effective against severe fire exposure.
The snow story is particularly compelling across our markets nationwide. A metal roof at 4:12 pitch or steeper sheds snow loads efficiently, dramatically reducing the structural stress compared to flat or low-pitch designs where accumulation builds. Under ASCE 7-22 — the current national standard for structural load design — ground snow loads in mountain communities across the Rockies, Sierra Nevada, Great Lakes, and Northeast can reach 150 psf or higher at elevation. Active shedding through proper pitch isn’t a nice-to-have in these zones; it’s structural risk management. That said, in neighborhoods where a snow slide from your pavilion roof could hit a person, a pet, or a parked car, snow guards become a necessary addition — not an optional one.
A note on rain noise: the main objection to metal roofing is the sound of rain. In an enclosed space, that drumming amplifies. In an open-sided timber pavilion, it’s considerably more pleasant — many homeowners describe it as part of the outdoor experience. Solid wood decking or rigid insulation board beneath the metal panels reduces noise substantially for those who want quiet.
Where metal shines: snowy climates, wildfire-adjacent regions, low-maintenance priorities, and contemporary or mountain architectural styles. It pairs naturally with the heavy horizontal lines of timber frame construction.
Where to pause: if your home has a warm Mediterranean or traditional colonial aesthetic, the industrial precision of standing-seam metal may create a visual mismatch with the warmth of the timber. This is an aesthetic concern, not a structural one — but aesthetics are real.
When the Roof You Want Isn’t the Roof Your Climate Wants
Mark and Elena Whitaker — Kalispell, Montana
Mark and Elena had been set on cedar shake before they ever picked up the phone. They’d lived in their home outside Kalispell for eleven years, surrounded by timber-framed architecture and the kind of mountain landscape that makes cedar look like it grew there. They wanted a covered pavilion off the back of the house — big enough for a long table, a grill, and the kind of summer evenings that stretch past nine o’clock when the light finally gives out in northwestern Montana. And in their minds, cedar shake was the only roof that would look right against the timber. Everything else felt wrong.
What shifted wasn’t a hard sell. It was a conversation about what Kalispell actually does to a roof over time. The Flathead Valley gets serious snow — not the dry, light powder that slides off cleanly, but the heavy, wet accumulation that sits and presses. It gets fire seasons that have pushed closer to residential areas every few years. And it gets the kind of freeze-thaw cycles that are particularly hard on organic roofing materials, where ice works its way under shake and begins the slow process of lifting and cracking what was installed perfectly flat. Cedar shake can perform beautifully in the right climate. Kalispell, it turned out, is a harder test than most.
“We didn’t want to hear it at first. We had a picture in our heads and we liked it. But when it was laid out — the snow loads, the maintenance schedule we’d actually be committing to up here, the fire risk — it started to feel like we were choosing the roof for how it looked in September and ignoring the other eleven months.”
They went with a charcoal standing-seam metal roof instead. Dark enough to read as intentional against the timber, low-profile enough not to fight the structure underneath it. The pavilion went up in late spring.
The following January, a storm dropped nearly two feet in four days across the Flathead. Mark sent a photo from underneath the pavilion — coffee in hand, the roof already shed clean, the timber post standing the way timber posts do when they’re engineered for exactly this. “Elena keeps saying it looks like it was always supposed to be there,” he wrote. “Turns out that’s the point.”
Your climate has a right answer too.
The Whitakers came in with cedar shake in mind. One conversation changed the outcome — and the structure. If you’re still deciding on roofing material, that’s exactly the right time to talk through it.
Call (877) 870-8755
Cedar Shake Roofing for Timber Frame Pavilions
There’s a reason cedar shake roofing has been on timber frame buildings for centuries: it looks like it belongs there. The irregular texture, warm honey-to-silver color range, and organic character of split cedar complement exposed timber in a way that no synthetic material replicates convincingly.
What cedar does well:
Cedar shake provides good insulation value — relevant if you’re planning a heated outdoor room. It handles wind uplift well when properly installed. And in temperate climates with reasonable drying cycles, it ages beautifully, weathering from warm honey tones toward a distinguished silver-grey patina.
What cedar demands:
Cedar shake is the highest-maintenance roofing option on this list. In humid or densely shaded conditions, moss and lichen establish themselves quickly — and they’re not just cosmetic. Moss holds moisture against the wood fiber, accelerating the biological degradation that eventually opens the shake to water infiltration. Periodic treatment (typically every 3 to 5 years in susceptible climates) is not optional if you want the roof to reach its lifespan potential.
Cedar also requires adequate pitch — typically 4:12 minimum — for proper drainage and drying. A shallow-pitched cedar shake roof is a moss farm in the making.
Where cedar shines: dry climates with good sun exposure and low humidity — think Scottsdale, Boise, Denver, Santa Fe, and similar inland Western cities — traditional New England architecture, and structures where visual harmony between roof and timber is the primary goal.
Where to pause: Pacific Northwest, Gulf Coast, anywhere with persistent humidity or heavy canopy shade. The maintenance burden in these climates can outweigh the aesthetic reward.
Tile Roofing for Large Timber Pavilions
Clay tile and concrete tile bring something no other material matches: genuine architectural permanence. A properly installed clay tile roof can last a century. It’s not uncommon to find tile roofs on buildings that predate the United States.
The structural conversation you must have:
This is the section contractors often wish homeowners had read before calling. Tile is heavy. A standard concrete tile roof runs 9 to 12 pounds per square foot. Clay tile is lighter but still significantly heavier than metal or asphalt. A timber pavilion that hasn’t been engineered for tile loads will be structurally compromised — not immediately, but progressively, as beams deflect under cumulative dead load. The NDS (National Design Specification for Wood Construction), published by the American Forest & Paper Association, sets the engineering framework for exactly this kind of load calculation — and the beam sizing that “passes” for a 2-lb/sq ft metal roof and the beam sizing required for a 10-lb/sq ft concrete tile roof are not the same number.
Every Western Timber Frame structure comes with stamped structural engineering drawings that specify loads. If tile is your choice, that preference needs to be stated at the design stage so beam sizing, post dimensions, and footing depths all account for the additional weight. It’s entirely achievable — it just requires planning.
Where tile shines: Mediterranean-influenced architecture, Southwestern and Spanish Colonial homes, large entertainment pavilions in warm climates where the structure is designed to complement the home’s existing aesthetic. If your home has clay tile on the main roof, a matching tile on the pavilion creates a visual continuity that is genuinely difficult to achieve any other way.
The maintenance story: tile doesn’t degrade the way organic materials do. What typically fails first is the underlayment beneath the tile — the waterproof membrane that provides the actual weather barrier. Tile replacement (for cracked or broken individual tiles) is straightforward. Full re-roofing is a major project, but with a 50–100 year lifespan, it may never be required within the structure’s useful life.
Asphalt Shingles for Timber Frame Outdoor Structures
Asphalt shingles are the pragmatist’s choice, and there’s no shame in that. They’re widely available, straightforward to install, easy to repair, and compatible with virtually every residential architectural style because they already appear on most residential rooftops.
The real case for asphalt:
For smaller timber pavilions — Lounge or Family-size structures — where budget is a meaningful constraint and the primary goal is weather protection rather than architectural statement, quality architectural asphalt shingles are a sensible, durable choice. A modern architectural shingle carries a 30-year warranty and, in moderate climates, often meets that rating.
What to watch for:
In hail-prone regions (much of the Front Range, the Great Plains, parts of Texas), impact-rated shingles (Class 4 per UL 2218 testing) are worth the modest premium. The Insurance Institute for Business & Home Safety (IBHS) has documented that Class 4 impact-rated materials can significantly reduce hail-related damage claims — in some studies reducing the frequency of covered hail losses by over 50% compared to standard shingles in the same storm events. In high-wind zones, installation fastening patterns matter — a shingle properly installed with six nails per strip performs substantially better in wind uplift than the standard four-nail pattern. Ask your roofing contractor specifically about wind fastening if you’re in a region with regular strong winds.
Where asphalt shines: budget-conscious projects, structures where the roof will be partially hidden by surrounding trees or landscape, and regions with relatively mild climate profiles. Asphalt is also the easiest material to color-match if the pergola adjoins a home with an existing asphalt roof.
Where to pause: extreme temperature climates (very cold winters combined with hot summers accelerate thermal cycling degradation), and any structure where longevity and low-maintenance are the primary goals. In those cases, the premium for metal pays back.
What Roof Pitch Works Best for Timber Frame Pavilions?
Pitch is one of those decisions that sounds like a technicality but determines the character of the entire structure.
The practical ranges:
- 4:12 to 6:12 is the most common range for timber frame pavilions — enough pitch for effective water and snow shedding without creating a steeply gabled roofline that overwhelms the horizontal timber aesthetic.
- 6:12 to 8:12 is appropriate for snow-heavy climates — mountain communities across Colorado, Wyoming, Idaho, the Rockies, the Sierra Nevada, New England, and the Upper Midwest — where accumulated loads can become substantial and active shedding is preferable to passive accumulation. ASCE 7-22 introduced reliability-targeted ground snow load calculations that run roughly 12% higher on average than earlier editions — meaning a pavilion engineered to the 2016 standard may not meet current requirements in higher-elevation jurisdictions across the country.
- 2:12 to 4:12 works for modern flat-contemporary designs and climates with minimal snow, but restricts material options (low-pitch roofing requires specific underlayment systems, and metal performs better than organic materials at shallow pitches).
What pitch affects beyond drainage:
Steeper pitches reduce snow and water accumulation but reduce the perceived ceiling height from below. A 6:12 pitch on a 16-foot-wide pavilion creates a visible peak that adds drama but also reduces the “open room” feeling that makes timber pavilions so inviting. This is a legitimate design tension, not a problem with a single right answer. It’s worth visualizing in your design consultation before committing.
Ice dams: in climates where temperatures oscillate around freezing, the transition zone at the eave — where warm roof deck meets cold overhanging eave — is prone to ice dam formation. Adequate insulation, proper ventilation, and ice and water shield underlayment along the eave are the standard solutions. This is not an argument against timber pavilions in cold climates; it’s standard cold-climate roof detailing.
Roof Type and Shade Coverage: What the Roofing Industry Doesn’t Measure
There’s a dimension of roofing choice that no shingle manufacturer or metal panel supplier will ever discuss with you — because they don’t build the structure underneath it. We do.
The type of roof you choose fundamentally changes how your structure performs as a shade environment. This is the conversation that belongs in timber frame design, not at the roofing showroom.
A solid-roof pavilion with no open sky overhead provides complete overhead protection from sun and rain. But shade isn’t only about what’s directly above you — it’s about the angle of the sun as it tracks across the sky from morning to late afternoon. A structure can have a solid roof and still leave the east and west ends of the space in direct afternoon glare during the hours you most want to be outside.
An open-rafter pergola, by contrast, uses rafter density and shade plank spacing to create what we measure using our proprietary ShadePrint™ metric — the actual percentage of the footprint beneath the structure that is in shade at any given point during peak sun hours.
Here’s what that number looks like in practice:
- Most competitor pergola kits — aluminum, vinyl, and light-frame wood — are designed primarily as decorative space-definers. Their rafter density is low, and their ShadePrint™ is often below 40–50%. Functionally, that means more than half of the space underneath the structure is in direct sunlight during the middle of the day.
- WTF standard timber shade structures average better than 80% ShadePrint™ — achieved through higher rafter density and wider shade planks (2×6 in our 8,000 Series). That’s roughly comparable to standing under a large, mature shade tree.
The roofing implication: if functional shade coverage is your primary goal, the timber structure itself — not the roofing material — may be your most powerful tool. A well-designed open-rafter WTF pergola with 80%+ ShadePrint™ can outperform a poorly designed solid-roof structure for actual livability during peak sun hours. Conversely, if complete rain and weather protection is the goal, a solid-roof pavilion with proper drainage and pitch solves that problem in a way no open-rafter design can.
Neither is “better.” They solve different problems. Knowing which problem you’re actually trying to solve is the first design question — and it’s one worth settling before the roofing conversation begins.
Wondering what ShadePrint™ score your structure would have?
It depends on the series, sizing, and rafter configuration — all things we spec out during the design process. If functional shade is a priority for you, it’s worth building into the conversation from the start.
Call (877) 870-8755
Climate-Based Roofing Guidance
The right roofing choice isn’t universal — it’s local. Here’s the breakdown by climate condition:
Snow climates (the Rockies, Sierra Nevada, Cascades, Appalachians, Great Lakes, New England — anywhere with significant annual snowfall):
Metal roofing at adequate pitch is the preferred choice. It actively sheds snow, minimizes accumulation loads, and requires no maintenance for decades. Under ASCE 7-22, ground snow loads in mountain communities can reach 100–150+ psf at elevation — well above what flat or low-pitch designs can safely manage without active shedding. If snow guards are required for safety, plan for them in the structural design so attachment points are engineered, not improvised after installation.
Wildfire-adjacent regions (California, Colorado, Oregon, Washington, Idaho, Arizona, Nevada, Texas Hill Country — and any community within a designated Wildland-Urban Interface zone):
Class A fire-rated materials are the priority. Per ICC standards, Class A indicates the highest level of fire resistance, with the material tested against severe fire exposure per ASTM E108. Standing-seam metal and clay tile both achieve Class A. Standard asphalt shingles can be Class A rated — verify with the specific product. Cedar shake typically cannot achieve Class A without special treatment that affects its longevity. In many communities across the country, fire-resistant roofing is not just recommended — it’s mandated by local ordinance for new construction within designated wildfire hazard zones.
Coastal and high-humidity environments:
Avoid cedar shake without a very clear maintenance commitment. Metal with appropriate corrosion-resistant coatings performs well — but if you’re within two miles of salt air, hardware specification matters throughout the structure, not just the roof. Standard galvanized fasteners corrode faster in salt environments; stainless steel is the correct specification for coastal projects. This applies to every piece of metal in the structure — post anchors (EarthAnchor™ knife plates), structural connectors, timber lags — not only the roofing fasteners.
Hail-prone regions (Front Range, Great Plains, parts of Texas):
Class 4 impact-resistant roofing — rated per UL 2218 testing — is worth the premium in hail corridors. Metal and impact-rated asphalt both qualify. Standard three-tab asphalt and cedar shake are both vulnerable to hail damage that can necessitate full replacement.
Hot, dry climates (the Desert Southwest, Southern California, Texas, Florida, and anywhere that sees extended weeks above 95°F):
Metal and tile both perform well. Thermal mass advantage worth noting: while your roofing material manages direct solar load, the heavy timber posts and beams below absorb and store heat rather than radiating it. Even in 115°F ambient temperatures, a timber post remains safe to touch — a meaningful difference from aluminum or metal structures where direct contact can cause burns. Here’s the image that makes it real: peak summer, midday sun. You set your hand flat on the post. Under an aluminum pergola, the surface is untouchable. Under a WTF timber structure, the post is warm — not cool, but touchable. Your kids can grab it. Your dog can lean against it. The physics is the same everywhere. The experience is not.
Cost Considerations for Pavilion Roofing Materials
Roofing is typically installed by a licensed roofing contractor, separate from the timber structure fabrication. The ranges below are for the roofing work itself — installed cost for the roof assembly including underlayment, flashing, and material — not for the timber structure underneath.
General installed cost ranges (per square foot of roof area):
- Asphalt shingles: $4–$8/sq ft installed
- Cedar shake: $8–$14/sq ft installed
- Standing-seam metal: $10–$18/sq ft installed
- Concrete tile: $12–$18/sq ft installed
- Clay tile: $15–$25/sq ft installed
- Slate: $20–$40/sq ft installed
For a 16×20 pavilion with a moderate-pitch gable roof, the actual roof footprint might be 450–550 sq ft depending on overhang and pitch. That puts asphalt in the $2,000–$4,400 range and standing-seam metal in the $4,500–$10,000 range for the roofing work alone.
These are ranges, not quotes. Roofing costs vary significantly by region, local labor rates, accessibility, and specific product selection. The figures above are benchmarks for planning conversations, not project estimates.
The lifespan math: a $7,000 metal roof that lasts 50 years costs $140 per year. A $3,000 asphalt roof replaced every 25 years costs $120 per year — comparable in pure cost, before accounting for the disruption and re-flashing work involved in a re-roof on a permanent timber structure. And a re-roof on a structure with custom timber joinery and shop-applied stain involves complications a standard house re-roof doesn’t. The cheaper option isn’t always cheaper over the structure’s life. It’s a number that looks smaller upfront and larger later.
How to Choose the Right Roof: A Decision Checklist
Work through these questions in order. Your answers will point to the right material more reliably than any preference list.
- What climate am I in?
Heavy snow: lean metal. Wildfire zone: Class A required (ASTM E108/ICC standard). Coastal: avoid cedar, verify stainless hardware specs throughout. Hot/dry: metal or tile both excellent. - What pitch does my design call for?
Below 4:12: metal or low-pitch systems only. 4:12–6:12: all options viable. Above 6:12: all options viable; cedar and tile particularly strong aesthetically. - What’s my maintenance tolerance?
Lowest maintenance: metal. Moderate: asphalt, tile, slate. Higher maintenance commitment required: cedar shake. - What does my home’s architecture suggest?
Mediterranean/Spanish Colonial: tile. Craftsman/Traditional: cedar or slate. Mountain Contemporary: metal. Ranch/Transitional: asphalt or metal. - What’s the structural implication?
Tile and slate: raise this with your timber engineer early — beam sizing and footing depth both change. Metal and asphalt: compatible with standard timber structural designs. - What’s my primary goal — shade coverage or weather protection?
Full weather protection (rain, snow): solid roof pavilion. Maximum functional shade during peak sun hours: open-rafter WTF pergola designed for 80%+ ShadePrint™. Both: hybrid design with solid section and open-rafter perimeter. - What’s the budget horizon?
Lowest upfront: asphalt. Lowest lifetime cost: metal or tile. Highest initial investment: slate.
If any of those questions gave you pause, that’s the right place to start.
The checklist is a guide — your project has specifics that a checklist can’t account for: your exact site, your local snow or wind loads, your home’s architecture, your building department’s requirements. That’s what the design consultation is for.
Call (877) 870-8755
Timber Frame Pavilion Roof Design Ideas
The roof isn’t only a functional element — it’s a major visual statement that either amplifies or competes with the timber below.
Gable roofs are the most common on timber pavilions. The symmetrical peak creates a classic form that complements the post-and-beam profile. With CNC-cut rafter tails and a clean fascia line, a gable pavilion reads as a serious piece of residential architecture rather than a patio accessory.
Hip roofs slope on all four sides, eliminating the gable end entirely. They’re lower-profile and tend to read as more contemporary and less imposing than a tall gable. Hip roofs also perform better in wind (no gable end to act as a sail), making them a smart choice in exposed locations.
Vaulted interior ceilings — achieved with a raised center ridge and exposed structural rafter pairs — create dramatic height and volume inside the pavilion. The exposed timber rafters become the visual centerpiece. This treatment rewards heavy timber members; you want the structure that’s on display to look like it means business.
Decorative rafter tails are the detail that separates builder-grade from custom. Our five beam profiles — Axis Step, Crescent, Crescent Step, Champion, and Roosevelt — are CNC-cut into the timber and appear at every rafter tail end, giving the roofline its distinctive silhouette from every angle. FullWrap™ extends this treatment to all four sides of the structure for complete visual symmetry.
Questions to Ask Any Contractor Before You Commit
Whether you’re working with us or evaluating other builders, these questions will surface the difference between a contractor who understands timber-roofing integration and one who’s guessing.
“Is the timber structure engineered for the roofing material I want?” If they haven’t asked you about roofing before quoting a timber structure, the engineering may not account for your actual roof loads.
“What pitch are you designing to, and does that work with my preferred material?” Cedar shake below 4:12 pitch is a maintenance problem waiting to happen.
“Do you provide stamped structural drawings?” For any structure requiring a permit — which includes most covered pavilions — stamped drawings are required. They’re also the document that certifies the structure is engineered for your specific loads, including roof material weight, per your local code adoption of ASCE 7 and the IRC.
“If I’m in a coastal zone, have you specified corrosion-resistant hardware throughout?” Salt air doesn’t just affect the roof — it affects every piece of metal in the structure, including post anchors and structural connectors. Our EarthAnchor™ Structural Knife Plates are specced for stainless hardware in coastal installations precisely because this failure mode is well-documented and preventable.
“What protects the top joint of the post from water infiltration?” This is the question almost nobody asks — and it exposes the biggest gap in most kit designs. Our patent-pending cap system seals the post-to-beam joint where moisture naturally pools and the decay process typically begins from the top down. It’s invisible in the finished structure, but it’s one of the reasons our structures look the same in year fifteen as they did in year one.
“What’s the plan for flashing at the timber-to-roof interface?” The point where roofing material meets timber is a primary moisture vulnerability. Proper step flashing, kick-out flashing, and counter-flashing details matter significantly for long-term performance. Flashing details should be in the drawings — not improvised on installation day.
Ask us those same questions.
We’d rather you bring them to our Design Consultants than carry them into a conversation with someone who hasn’t thought through the answers. Every question on that list has a specific answer when it comes to a Western Timber Frame structure.
Call (877) 870-8755
One Thing We Should Tell You Upfront
We build the timber structure. We don’t install the roof.
That’s worth saying directly, because some buyers assume it’s all one package. If you want a full turnkey outdoor structure including roofing, we’ll coordinate the structural design to be fully roofing-compatible — pitch, load, connection details — and we can refer you to licensed roofing contractors in your area who have experience working with custom timber frame structures. But we’re not going to quote you a roofing price we don’t control.
What we are going to do is make sure the timber structure is engineered so that your roofing contractor has exactly what they need: the right pitch, the right load capacity, the right connection details, and stamped drawings that give your building department what they need to issue a permit. The handoff between our work and theirs should be seamless, and it’s our job to make sure it is.
If you want a fully motorized louvered roof system that opens and closes at the touch of a button — that’s a different product category entirely, and there are quality manufacturers who specialize in it. We don’t build that. What we build is the structure that makes whatever roof you choose perform at its best for as long as you own your home.
Final Thoughts: The Roof That Earns Its Place
A timber frame outdoor structure is, at its core, a piece of architecture. It has structural integrity, visual character, and a design logic that extends from the footing to the ridge beam. The roofing material isn’t a finishing touch — it’s part of the system.
The best roof for your structure is the one that was accounted for in the engineering from the first drawing. The one that matches your climate, your maintenance preferences, your aesthetic, and the architectural language of your home. The one your grandchildren’s grandchildren will still be looking up at.
We’ve been building custom timber pergolas, pavilions, and outdoor structures from our shop in Payson, Utah for 16 years — and shipping them to homeowners in all 50 states. Every project, regardless of where it lands, includes stamped structural drawings, our Dovetail Difference™ precision joinery, and the engineering to support whatever roofing direction you choose — whether you’re managing snow loads in Vermont, wildfire risk in Colorado, salt air in the Carolinas, or summer heat in Texas.
When you’re ready to talk through your project — structure, roof, footprint, and all of it — our Design Consultants are ready.
Ready to talk through your project?
You now know more about timber frame roofing than most homeowners who request a quote — what drives the decision, what to watch for, what questions to ask. That’s exactly where we like to start a conversation.
Our Design Consultants will walk through your site, your climate, your roofing direction, and your budget in one conversation. No pressure. No obligation. Just a straight conversation between people who know what they’re building and a homeowner who now knows what to ask.
Or call us directly: (877) 870-8755 · Monday–Friday, 8am–5pm MT
