How Are Pole Barns Built? The Full Process from Site Prep to Final Details

Posted on June 25, 2026 by webdev@clarity-online.com

Understanding the post-frame building process helps you set realistic expectations, ask better questions, and recognize what separates a well-built post-frame structure from one that will give you trouble down the road. This guide walks through every major phase of how pole barns are built, from the posts in the ground to the steel on the roof, with notes on why each step matters and how Western Washington conditions shape the decisions we make at PermaBilt.

Why Post-Frame Construction Works Differently

Most residential buildings use a continuous concrete perimeter foundation combined with stud walls to carry loads from the roof down to the ground. Post-frame construction skips both. Large laminated lumber columns are anchored directly into the ground or onto embedded footings, and those posts carry the roof and wall loads straight to the earth.

Eliminating the perimeter foundation is what makes pole barns faster to build, less expensive per square foot, and capable of spanning wide open interiors without load-bearing walls. It is also why post installation quality matters more than almost anything else in the process. The posts are the foundation, so if they move, the building moves with them.

Step 1: Site Layout and Preparation

Before any material touches the ground, the crew stakes and measures the building footprint from the engineered drawings. Post spacing is set at this stage, and it locks in every other dimension in the building. The reason this comes first is that trusses, girts, and door headers are all manufactured or cut to fit the post layout. Getting it wrong means components will not align when they arrive.

The crew uses batter boards and string lines to establish exact post locations, then checks square with diagonal measurements. On sloped sites this step takes longer because the finished floor elevation has to be consistent across the whole footprint before a single hole is dug.

Site prep the property owner typically handles before the crew arrives:

Clearing vegetation, brush, and existing structures from the building footprint
Grading the site to a reasonably level base
Installing a temporary access road if the site is not already vehicle-accessible
Coordinating utility locates so underground lines are marked

If you need help with any of these, we can recommend trusted contractors in your county. A prepped site means we start framing the same day materials arrive.

Step 2: Post Hole Excavation and Post Setting

Post holes are dug with a tow-behind or skid-steer-mounted auger. Hole diameter and depth come from the engineered drawings and vary based on soil bearing capacity, post spacing, and the loads the building carries. In Western Washington, frost depth and soil conditions both affect these specs, which is why site-specific engineering matters rather than using generic regional defaults.

A typical residential-scale post hole in our region runs 18 to 24 inches in diameter and 4 to 6 feet deep. Posts are set into wet concrete at the base of the hole, which serves two purposes: it locks the post against lateral movement and protects the bottom of the post from direct contact with groundwater.

Post Material and Treatment

Posts used in ground contact must be pressure-treated to at least a UC4B retention level, the rating specified for direct burial. Under-treated lumber is one of the most common shortcuts in budget post-frame construction and leads to rot within a decade. It is not visible during a site visit and often does not show up until the post begins to fail. Every PermaBilt building uses properly rated treated lumber.

Direct Embedment versus Bracket-Mounted Posts

Posts can either be buried directly in concrete-filled holes or anchored on brackets to a concrete pier or continuous footing. Direct embedment costs less and is faster to install. Bracket-mounted posts are the better choice when the owner plans to pour a concrete floor later, because embedded posts make it harder to form and finish the slab around them. The right method depends on soil conditions, building use, and what comes after construction.

Holding Posts Plumb While Concrete Cures

Once set, posts are braced in two directions until the concrete cures. Posts that drift out of plumb during this window cause cascading problems: trusses will not sit level, girts create waves in the siding, and doors may not hang square. Checking and correcting plumb before the concrete sets is far easier than shimming or adjusting later.

Step 3: Framing the Walls, Roof, and Structure

With posts set and plumb, framing begins. Three components do the structural work: wall girts, roof trusses, and roof purlins. Each one has a specific job, and the order they go in is not arbitrary.

Girts Tie the Frame Together and Carry the Siding

Horizontal girts run between posts on all four walls. They tie the posts together laterally, which stiffens the frame against racking before the roof goes on, and they provide the nailing surface for siding. Girts are installed first because the roof structure bears down on the posts, and a laterally connected frame is more stable during truss lifting.

Girts are either face-nailed to the outside of the posts (bookshelf style) or notched flush into the post face. Bookshelf girts are faster; notched girts give a cleaner interior surface that is easier to insulate and finish. If you plan to finish the interior later, notched girts are worth the extra labor at this stage.

Trusses Go Up Engineered for Your Specific Snow Load

Trusses arrive prefabricated from a truss plant, built to the specifications in the engineered drawings. A boom truck or telehandler lifts each truss into position on the posts. Truss spacing, pitch, and overhang are all set by the engineer based on the roof snow load for your specific site.

Washington State has highly variable snow load requirements. A building in Snohomish County’s lowlands carries a different load than the same footprint in the Cascade foothills. Site-specific engineering is not optional here; it is what keeps a roof from failing under a heavy wet snow event.

Trusses are braced during installation to prevent racking before purlins tie them together. Permanent bracing is added per the truss manufacturer’s diagrams before any roof load is applied.

Purlins Bridge the Trusses and Replace Full Sheathing

Purlins are horizontal framing members that run perpendicular to the trusses across the roof. They bridge between trusses and serve as the nailing surface for roofing panels. In post-frame construction, purlins replace the full roof sheathing required in stick-frame buildings, which is a meaningful reduction in material and labor. Purlin spacing must be consistent per the drawings; uneven spacing causes visible waves in the finished roof.

How the Framing Is Engineered to Resist Lateral Forces

The framing described above is not just a skeleton waiting for cladding. At PermaBilt, every building is engineered so the roof panels, wall panels, and floor system act together as rigid planes that distribute lateral forces across the entire structure rather than concentrating them at individual post connections. This is diaphragm construction, and it is how our buildings perform under the wind loads, seismic activity, and sustained weather events common across Western Washington. A conventionally assembled pole barn can pass inspection without it. The difference shows up decades later.

Step 4: Roofing Installation

Once the truss and purlin system is complete, roofing panels go on. PermaBilt uses 29-gauge high-tensile steel roofing installed in vertical runs from eave to ridge. Because purlins carry the roof load directly, steel panels do not need full sheathing beneath them. That is what makes post-frame roofing faster and lighter than a comparable stick-frame roof.

Panels overlap at the ribs and are fastened with self-drilling screws through neoprene washers, creating a sealed connection at every fastener. Ridge cap, eave trim, and rake trim close the openings at the roof edges.

Proper flashing at eaves and rake edges is what keeps water from driving back under panels during sideways rain, which is routine across Western Washington. Getting these details right at installation prevents leaks that are difficult to locate and repair once the building is occupied.

Step 5: Siding Installation

Siding follows roofing and works from one corner of the building. Installing roofing first protects the frame and interior from weather while siding work continues, which matters on a multi-day project in the Pacific Northwest. Steel siding panels are installed vertically, overlapping at the ribs, and fastened through the flat section into the girts behind.

Corner trim, window trim, and door trim install as siding progresses. Wainscoting, a horizontal accent band along the lower wall, is an option at this stage for owners who want added abrasion resistance near the base or a two-tone exterior appearance.

Step 6: Doors, Windows, and Trim

Rough openings for overhead doors, walk-in doors, and windows are built into the girt framing to the dimensions in the drawings. Overhead door headers carry the load above the opening, which on a wide commercial door is significant. The header sizing is specified by the engineer, not estimated in the field.

Door placement affects how a building functions, not just how it looks. A single overhead door on a narrow gable end creates very different traffic flow than a pair of doors on the eave side. We work through access and workflow during design so the openings serve the way you plan to use the space.

Window installation includes flashing the rough opening before the window goes in. Skipping this step is a common source of water intrusion and wall damage. After all openings are installed, exterior trim is completed and caulked.

Step 7: Gutters, Vents, and Final Exterior Details

Gutters, downspouts, ridge vents, and any cupolas or overhangs are the final exterior components. On Western Washington sites, gutters are not a finish detail. They are structural protection. The rainfall volumes this region produces will erode soil around post embedments if runoff is not managed, shortening the life of the posts significantly. Properly sized gutters and downspouts directed away from the building are part of making the structure last.

Ridge vents allow warm air to exit at the peak, which reduces condensation on steel surfaces inside the building. On insulated buildings used for workshops or living spaces, getting ventilation right during construction prevents moisture problems that are expensive to correct later.

How Long Does Pole Barn Construction Take?

Construction timelines vary based on building size, site conditions, and permitting in your county. The table below reflects typical ranges for a residential-scale pole barn in Western Washington:

Phase	Typical Duration
Consultation and design	1 to 2 weeks
Permitting and engineering	3 to 8 weeks (varies by county)
Site preparation (owner)	Varies
Materials delivery	Coordinated with construction start
Construction (framing through exterior trim)	1 to 3 weeks for residential scale
Final walkthrough and punch list	1 day

Permitting is the most variable phase. Rural counties in Washington can move faster than suburban counties with higher permit volumes. We coordinate directly with the permitting office on your behalf and flag county-specific requirements early.

What Happens After Construction

The exterior shell is complete when the crew leaves. At that point, you have a weathertight, structurally sound building ready for the next phase. Depending on your plans, that might mean:

Pouring a concrete floor, which most owners schedule after framing to avoid damage from construction traffic
Running electrical service from the panel to the building
Adding insulation to the walls and ceiling if the building will be heated
Framing interior partitions and finishing walls for a shop, office, or living space

PermaBilt builds the shell. Interior finishing, site electrical, plumbing, and concrete are handled by the owner or their chosen contractors. We can recommend contractors who work regularly on post-frame interiors in your area if you need referrals.

Schedule a Complimentary On-Site Consultation

The best way to understand how a pole barn will be built on your specific property is to walk the site with someone who has done it thousands of times. PermaBilt has been building post-frame structures in Western Washington since 1982, with more than 22,000 completed projects across the region.

Call us at 800.824.9552 or schedule a complimentary on-site consultation. We will assess your site, discuss your goals, and give you a clear picture of what construction will look like from the first post to the final trim detail.

Pole Barn Garage Ideas for Western Washington Properties

Posted on June 24, 2026June 25, 2026 by dylan

Western Washington homeowners and property owners face unique opportunities and challenges in storing vehicles, tools, and recreational equipment. Between frequent rain, changing seasons, and limited space in suburban or rural areas, an average garage just doesn’t cut it. That’s where pole barn garages are helpful.

Durable, flexible, and affordable post-framed structures, as the building industry terms them, offer custom options ranging from simple storage sheds to structures that are a far cry from that. Whether you need space for your RV, boat, or workshop, or you’re setting up a home office, art studio, exercise room, or even a guest room, a pole barn garage will be the ideal source of extra space.

In this guide, we’ll cover practical design ideas, smart customization options, and what to expect from the building process. Every idea here is grounded in what actually works in Western Washington’s climate.

What Is a Pole Barn Garage?

A pole barn garage is a post-frame structure that uses large vertical columns, engineered roof trusses, and steel siding and roofing in place of traditional stud-wall framing and a continuous concrete foundation. Because the columns carry the structural load directly, there are no interior load-bearing walls.

That open span is what makes pole barn garages so adaptable. You design the interior around what you actually need, not around where walls have to go. Post-frame construction also moves faster than conventional builds, which keeps labor costs down.

Pole Barn Garage Ideas for Western Washington

Below are design concepts tailored to Western Washington lifestyles, from recreational storage to year-round workspaces. Each one accounts for the climate realities of the region.

Multi-Bay Garage for RVs, Boats, and ATVs

If you own multiple vehicles, a multi-bay layout with extra-wide and extra-tall overhead doors solves the clearance problem that standard garages can’t. The post-frame structure’s open span means you can spec the bay dimensions around your largest vehicle without compromise. Worth noting for Western Washington specifically: a covered overhang on the front of the building gives you a sheltered area to wash down gear, rinse equipment, or work on vehicles during the rainy months without hauling everything inside. It’s a small addition that gets used constantly in this climate.

A 36′ x 36′ monitor-style garage we built in Roy shows how well this layout scales. The monitor design raises the center ridge to 16 feet, which gives tall vehicles full clearance while keeping the overall footprint compact. Two standard 10′ x 8′ bays handle daily vehicles, and a dedicated 10′ x 14′ bay takes an RV or boat. Poly eave lights run the full length of both sides, keeping the interior naturally lit without eating into wall space. The result is a building that functions as three distinct storage bays while reading as one clean structure from the outside.

Garage and Workshop Combo

A garage large enough to work in is a different building from one sized just for parking. Post-frame construction makes this easy to achieve because there are no interior load-bearing walls dictating where vehicles end and workspace begins. You lay out the floor plan around how you actually work, whether that means a dedicated bench area, room for a car hoist, or simply enough open space that both uses coexist without competing.

A 40′ x 72′ steel garage and shop built in Sequim shows what that kind of working garage looks like. Full-view roll-up doors on the front, and a 12′ x 12′ split slider bring in daylight from multiple angles, and two rows of 72-foot eavelights run the full length of the building. The 14-foot ceiling gives the interior real volume. A partially enclosed wrap-around lean-to adds covered staging space along the side. The color combination of rustic red siding, matte black roof, and weathered copper trim gives the building a finished look that doesn’t read as purely utilitarian.

Lofted Storage Space

A loft doubles functional square footage without expanding the building’s footprint. It’s a practical solution for seasonal gear, long-term storage, or anything that doesn’t need daily access. Some owners finish the loft over time as a small bonus room or office. The key is building the structure to support it from the start, which in a post-frame build means engineering the second floor into the original design rather than retrofitting it later.

A Stanwood build we completed shows how much capacity a well-designed loft adds. At 30′ x 50′ x 24′, the building carries a full-footprint second floor accessed by an L-shape staircase, giving it 1,500 square feet of loft space above the same footprint of vehicle and equipment storage below. Two 12′ x 12′ insulated overhead doors and wide-open clearance handle ground-floor access. The loft above is left open for whatever storage the owner needs now or plans to add later.

Garage With Loft Apartment

A finished loft above a garage is one of the more versatile things you can do with vertical space in a post-frame build. The structural system makes second-floor additions straightforward, and the resulting space is genuinely usable: guest quarters, a home office, a hobby room, or a long-term rental unit. The footprint stays the same; the building just does more.

A 36′ x 28′ build on Camano Island shows what this looks like in practice. The ground floor holds two vehicle bays with raised-panel overhead doors and a 12-foot ceiling. Above it, the owner finished the loft as a guest apartment with insulation, drywall, and interior finishes completed after the shell was delivered. The exterior siding and standing seam roof were matched to the existing residence, so the garage reads as part of the property rather than an addition to it.

Lean-To Addition for Covered Parking or Animals

A lean-to extension along one or both sides of the main building is a cost-effective way to add covered space without enclosing more square footage. Common uses in Western Washington include covered equipment parking, firewood storage, trailer staging, or a sheltered outdoor workspace. It can be built as part of the original design or added later.

This Lake Stevens build packed a lot into one property: a 40′ x 40′ main garage with 16-foot walls to handle an RV and boat, a shop area, a loft for storage, and a lean-to off the side for trailer parking. The Tahoe Blue siding with slate gray roof and winter white trim gives the building a clean, intentional look that holds up well against the Pacific Northwest’s overcast skies.

Exterior Finish and Aesthetic Customization

Pole barn garages don’t have to look like pole barn garages. Siding material, roof profile, trim color, overhang finish, and door style are all design variables, and the combinations available through a custom post-frame builder go well beyond what most people picture when they hear “metal building.” The choices you make on the exterior determine whether the garage reads as a utilitarian outbuilding or as a structure that belongs on the property.

A single-slope garage we completed on Camano Island makes the point clearly. The owner chose HardiePlank lap siding in a deep green, black trim, a standing seam roof, and full-perimeter overhangs enclosed with tongue-and-groove pine. The roll-up door uses frosted glass panels with a black frame. The result looks like a deliberate piece of residential architecture, not a prefab storage structure. At that size, the exterior details carry the whole building.

Minimalist Modern Garage

A clean-lined design works well for properties where the garage is adjacent to a contemporary home or where the owner simply wants something that doesn’t read as a traditional barn. Dark siding, simple rooflines, and considered material choices define this style. The restraint is the design.

Our Clinton build on Whidbey Island shows how far that approach can go on a modest footprint. The 30′ x 30′ building is finished in obsidian black on the siding, roof, and trim, with cedar-enclosed soffits and custom cedar panel garage doors chosen to match. Seven windows across three walls bring in natural light without breaking up the exterior. The result is a building that looks intentional from every angle without relying on size or complexity to make the impression.

Monitor-Style Garage

A monitor roof raises the center section of the building above the main roofline, creating additional height in the middle without raising the entire structure. The practical benefit is clearance for tall equipment or a usable loft in the elevated center section, while the lower side walls keep the building proportional and the eaves at a manageable height. It’s also a distinctive silhouette that reads as intentionally designed rather than utilitarian.

This Maple Falls monitor garage demonstrates how much the monitor style can accommodate on a working farm. The 24′ x 48′ building includes attached lean-tos on both sides, split sliding doors on each end, a center aisle loft for office space, board and batten siding, cypress green roof and trim, and two cupolas with weather vanes. It was designed to match the existing farm buildings on the property. The result functions as a garage, storage, and workspace in one structure while looking like it has always belonged there.

Commercial and Fleet Vehicle Storage

Post-frame construction scales well beyond residential use. Businesses that need to store, protect, or service multiple vehicles benefit from the same open-span design that makes post-frame attractive for residential garages, only at a scale that conventional framing makes expensive and slow to build. Large overhead doors, high clearance, and wide bays are all achievable without the structural complexity of steel-frame commercial construction.

The King County fire and rescue department needed two large buildings to house an array of emergency vehicles and equipment. The primary building ran 50′ x 96′ x 15′ with seven commercial-grade insulated overhead doors, six of them at 12′ x 14′ and one at 10′ x 14′, to accommodate full-size fire apparatus. A secondary open-bay structure provided additional covered parking for vehicles and equipment without enclosing the space. Both buildings were engineered and permitted as part of a public works project.

Matching an Existing Structure

When a garage sits on the same property as a home or other outbuildings, design consistency matters. Color, roofline, siding profile, and trim details all contribute to whether the new building looks like it belongs or like it was added as an afterthought. Post-frame construction gives enough flexibility in exterior finish options that matching an existing structure closely is straightforward.

A couple in Marblemount came to us wanting their new 36′ x 36′ garage and shop to match their existing home as closely as possible in color and styling. The finished building includes a cupola and weather vane on the roof, matching overhangs, and exterior finishes selected to complement the residence next to it. The result is a property where both structures read as part of the same place.

Building for Western Washington’s Climate

A pole barn garage designed for Western Washington has to account for what the region actually throws at it: high annual rainfall, occasional snowfall at elevation, windstorms, and seismic activity. Generic plans don’t address these conditions. Structures engineered for Washington building codes do. A few site and design decisions that consistently matter here:

Site prep and grading. Water runoff must be directed away from the structure before the first post goes in the ground.
Post column protection. Soil conditions across Western Washington range from rocky island ground to saturated lowland soils, and post embedment depth and column treatment need to account for local conditions.
Under-slab vapor barriers. Ground moisture migrates upward in Western Washington’s wet climate, making a vapor barrier under the concrete slab standard practice on any well-built garage.
Wall wraps. Proper wall wraps prevent exterior moisture from working into the building envelope, which matters more in a high-rainfall region than in drier climates.
Roof pitch. A steeper pitch sheds rain and snow more efficiently, and properties at elevation in the Cascades foothills carry meaningfully higher snow load requirements than lowland areas meaningfully.
Seismic design. Western Washington sits in a significant earthquake zone, and site-specific seismic calculations should be part of any professional build.
Wind resistance. Engineered trusses and diaphragm construction tie the roof, walls, and floor into a unified system that resists the lateral load of regional windstorms more effectively than conventionally framed buildings.

Washington State building codes, administered by the Washington State Building Code Council, require compliance with energy efficiency and structural stability standards for permitted structures. Working with a builder whose plans are already engineered to meet these standards simplifies the permitting process considerably.

Ready to Start Planning Your Pole Barn Garage?

From multi-bay vehicle storage and working shops to loft apartments and meticulously finished exteriors, post-frame construction gives you more design flexibility than most people expect going in. The examples in this article represent a fraction of what’s possible, and every one of them started with a site visit and a conversation about what the owner actually needed. PermaBilt has been designing and building custom post-frame structures in Washington State since 1982, with more than 22,000 projects completed across the region.

Schedule a complimentary on-site consultation with our team to walk your property, discuss your goals, and start building a design around your space and budget. We serve all of Western Washington from offices in Lynnwood, Puyallup, and Chehalis.

Enhance Your Pole Building with Gable Treatments

Posted on June 19, 2026June 23, 2026 by dylan

When designing a pole building, the details matter. One feature that surprises many of our customers is how much a gable treatment can do for a building’s appearance and how many options are actually available. The gable faces the street, the driveway, or the house, whichever view matters most to you, and the peak naturally draws the eye. A plain steel gable reads as purely functional. A treated gable reads as intentional. Beyond the visual difference, these treatments make your building look better while also protecting it. Gable surfaces take direct weather exposure at the peak, where overhangs offer less coverage, so the material you choose there has real functional consequences as well as visual ones.

This guide covers the full range of gable treatment options we offer, the accent elements that layer alongside them, how to choose the right treatment for your property and building style, and our recommendations for what holds up best in Western Washington’s climate.

Gable Treatment Options Worth Considering

Pole building customers often come to us thinking there are two or three gable treatment options. In practice, the range is considerably wider, and each option produces a different aesthetic result. Here is what is available and what each one does best.

Hardie Shingles

Hardie shingle siding gives your pole building a timeless, coastal look. The shingle pattern adds a nice, textured effect that works well with both traditional and modern styles. Plus, these shingles are tough and easy to maintain, and come in a range of colors to match your building’s design. Our Ravensdale customer chose Hardie straight shingles for their 48×70 post-frame shop specifically to match the exterior of their home, and the result is a building that looks like it has always belonged on the property.

Cedar Shingle

If you want warmth and natural character, cedar shingles bring something that fiber cement cannot fully replicate. The variation in grain and tone gives each gable a handcrafted quality, and cedar pairs beautifully with steel siding, the contrast between natural wood and painted metal doing most of the design work on its own. Our Bothell customer added a cedar shingle gable treatment to their garage specifically to match the feel of their house. Cedar does require more maintenance than fiber cement in a wet climate, but owners who keep up with it find it holds its character for years.

Board and Batten

Board and batten brings a strong vertical profile to the gable, which creates a natural contrast against the horizontal lines of steel siding below. The result is a modern farmhouse aesthetic that has become one of the most requested looks in residential pole building design. Our Covington customer combined a dark board and batten gable with warm-toned horizontal siding on the walls and contrasting trim throughout, producing a building with a layered, custom quality that reads more like a designed structure than an outbuilding.

Lap Siding

Lap siding in the gable is one of the most effective options for customers who want their pole building to read as a seamless extension of their home. The horizontal profile is familiar and residential, and when matched to the house in color and profile, the outbuilding stops looking like an outbuilding. Our Snohomish customer’s one-car garage does exactly that, pairing a gray-green lap siding gable with bold white rake trim and gable returns to match the neighboring house. We most commonly install lap siding gables in Hardie plank, which holds up well in Western Washington’s wet climate and comes in a wide range of colors.

Belly Band

A belly band is a horizontal strip that goes around the building, usually between the top and bottom. It adds a nice touch to the design and helps break up the height of the building. Belly bands also protect the bottom part of your walls from moisture and weather damage, which can help keep your building in good shape for longer. On taller buildings, the effect is especially noticeable. Our Stanwood customer’s shop with a loft is a good example. The belly band creates a clean horizontal break between the shingle gable above and the siding below, giving a building with significant wall height a composed, layered quality rather than an uninterrupted expanse of material. It is also one of the more versatile accent options on this list, pairing naturally with nearly any primary gable treatment.

Additional Design Choices for Your Building’s Gables

A gable treatment is often just the starting point. Several accent elements can layer on top of or alongside it to bring the overall exterior design together. Here are the ones we use most often.

Gable vents. A louvered rectangular vent at the peak provides ventilation while adding a detail that makes the gable feel complete rather than bare. Decorative versions with arch tops or more elaborate profiles can become a design feature in their own right.
Gable returns. A gable return is a short horizontal extension of the roofline at the eave corners that creates a classical cornice look. It adds architectural weight and a sense of craftsmanship to the roofline without requiring a material change, and on smaller residential garages, it can make a simple gable feel considered and complete.
Cupolas. Cupolas sit at the peak or along the ridge and combine ventilation with a strong visual accent. They are especially well-suited to agricultural and horse barn builds where the traditional barn aesthetic is part of the appeal, though they work on residential shops and garages too. We offer them in multiple sizes to suit buildings of different scales.
Rake board trim. Contrasting rake board trim along the roofline edges sharpens the gable’s outline and frames the treatment below it. It is one of the smallest changes you can make to a gable design and one of the more noticeable ones.

Fishscale siding. For customers with a specific architectural vision, fishscale siding is a distinctive option. The overlapping scale pattern has Victorian and cottage roots and works well on properties with older homes or more ornate architectural details. It is not the most common treatment we install, but when it fits the property, the result is unlike anything else.

Choosing a Gable Treatment That Fits Your Property

The right gable treatment depends on three connected considerations. Working through them in order will get you to a choice that fits your building, your property, and your long-term goals.

Match the Treatment to Your Building Type

Building type shapes the starting point. An agricultural or working barn suits cedar shingle, contrasting steel, or board and batten, materials that feel appropriate to a working building while still showing care in the design. A residential garage or shop tends toward Hardie shingle or lap siding, which reads as residential rather than agricultural. A barndominium can carry virtually any treatment since the goal is a fully residential result throughout. Horse barns pair especially well with cupolas and cedar, which reinforce the traditional agricultural aesthetic most horse property owners are after.

Echo What Is Already on Your Property

Your existing home is often the single most important reference point. The most common reason our customers choose a specific treatment is to match or complement what is already on their house, the same material, the same color family, or the same trim profile. Our Ravensdale customers chose Hardie straight shingles because they matched their home. Our Bothell customer chose cedar shingles for the same reason. The Covington build used Hardie plank throughout, and the result is a garage that looks like it was built with the house rather than added to the property later.

Think in Systems, Not Single Decisions

A gable treatment works best when it is coordinated with the rest of the exterior. A shingle gable pairs naturally with a belly band. Stone wainscoting at the base ties to a lap siding gable above it. A cupola at the peak completes a board and batten gable. The buildings that look the most composed are the ones where those decisions were made together rather than one at a time.

Begin Designing Your Custom Gables Today

Whether you are looking for a coastal, rustic, or modern feel, we have what you need to make your pole building stand out. At PermaBilt, we use high-quality materials that are built to last, so your building will not only look great but also stay strong for years.

Schedule a complimentary on-site consultation with one of our building specialists, and we will walk through the full range of options together, helping you find the treatment that fits your building, your property, and your style.

How To Build a Pole Barn Step-By-Step: Our Complete Process

Posted on May 17, 2026June 20, 2026 by dylan

For property owners in Western Washington, space is more than a luxury; it’s a necessity. Whether you’re storing an RV, protecting your livestock, or building a workshop, a pole building (also known as a post frame building or pole barn) is one of the most versatile, durable, and cost-effective solutions available.

At PermaBilt, we specialize in designing and constructing high-quality pole buildings tailored to your lifestyle and location. This guide breaks down every step of our construction process to give you a clear picture of what to expect from the initial consultation to the final walk-through.

Step 1: Initial Consultation & Site Visit

The process begins with a conversation. We want to understand what you are trying to accomplish: what you need to store, how you plan to use the space, and what your property looks like. From that conversation, we can recommend a size, wall height, and building style that will actually work for your situation rather than just a generic starting point.

Once we have a clear picture of your goals, we assess the factors that affect your design and your budget, including slope and drainage, access for construction equipment and future use, local zoning requirements, and any site-specific engineering considerations.

Step 2: Custom Design & Material Selection

At PermaBilt, every pole barn we design is fully customized. There is no standard package you are forced to adapt. After the site visit, we develop a design that fits your property, your intended use, and your budget. The major design decisions we work through together include:

Element	Options and Considerations
Size and Layout	Width, length, wall height, number of bays
Doors	Overhead doors, sliding barn doors, man doors
Windows	Natural lighting, ventilation, and security
Roof Type	Gable, monitor, or single-slope
Exterior Materials	Steel panels (multiple colors), wainscot, trim styles
Insulation and Interior Finish	Optional for workshops or living spaces

Beyond the core structure, we discuss accessories that can make your building more functional over time: gutters and snow guards, skylights or ridge vents, cupolas and weathervanes, overhangs, and lean-tos for additional covered space. These are worth thinking through early because adding them during construction is always more cost-effective than retrofitting later.

Step 3: Permits and Engineering

Before we can break ground, our team handles all necessary permitting and engineering. Permitting is one of the most common sources of delays and surprises in a construction project. We handle this entire phase on our clients’ behalf so they don’t have to navigate it alone. This includes:

Structural engineering plans. Custom drawings developed for your specific site, building dimensions, and local code requirements.
Permitting coordination. We work directly with your county or city permitting office to submit applications and respond to any review comments.
Wind and snow load calculations. Every PermaBilt building is engineered to meet Western Washington’s regional requirements, which vary considerably across the area. A building designed for conditions near sea level may not meet the requirements for a property in the foothills, and we account for that from the start.
Utilities planning. If your building will include electrical, plumbing, or other utility rough-ins, we will incorporate that into the engineering and permitting scope.

Step 4: Scheduling and Site Preparation

Once permits are approved, we lock in your construction schedule. Before our crew arrives, your site will need to be ready to build on.

Site preparation is handled by you or a contractor of your choosing, and it typically involves clearing vegetation and debris, leveling and compacting the building pad, installing temporary access roads if the terrain requires them, and coordinating any utility rough-in work, such as electrical or plumbing.

If you need help finding someone to handle site prep, we are happy to point you toward companies we have worked with in your area. A site that is ready when our crew arrives keeps the project on schedule and gets you to a finished building faster.

Step 5: Materials Delivery and Construction

When it is time to build, we move efficiently without compromising quality or cutting corners. Here is the sequence every project follows:

Layout and Footings. We stake out the building footprint precisely and dig post holes to the depth required by your soil conditions and structural engineering. Getting this step right is what keeps everything square and level through the rest of the build.
Post Installation. Pressure-treated posts are set into the ground or anchored to concrete piers, depending on your site conditions and what your engineering drawings specify. These posts are the structural backbone of the entire building.
Framing. Horizontal girts are attached to the posts to form the wall structure, and roof trusses are set to establish the shape and pitch of the roof. This is when the building starts to look like a building.
Roofing and Siding. Steel roofing panels are installed first to protect the structure, followed by steel side panels. All exterior metal is 29-gauge high-tensile steel backed by a manufacturer’s warranty.
Doors and Windows. Overhead doors, entry doors, and windows are installed and fitted to your design specifications. Rough openings for any future additions can be framed in at this stage as well.
Final Trim and Accessories. Trim, gutters, vents, cupolas, and any other finishing details are completed. We do a full site cleanup before we consider the build done.

Step 6: Walk-Through and Warranty

Before we leave the site, we complete a final walk-through with you to inspect the craftsmanship and confirm that every detail matches your expectations. You will receive documentation covering your warranties and any information you need for future modifications, along with care and maintenance guidance to keep your building in excellent condition for the long term.

Here’s an Approximate Pole Building Timeline Overview

Every project moves at its own pace depending on site conditions, permit timelines, and the complexity of your design. That said, here is a general sense of how long each phase takes from the first conversation to the finished building.

Step	Estimated Duration
Consultation and Site Visit	1 to 2 weeks
Custom Design and Quote	1 week
Permits and Engineering	3 to 6 weeks
Site Preparation	Varies by client
Construction	2 to 4 weeks
Final Inspection and Handoff	1 day

Why Choose PermaBilt

PermaBilt has been designing and building custom post-frame structures in Washington State for more than 50 years, completing more than 22,000 projects across the region. That level of experience is not abstract: it means we have seen nearly every site condition, permit situation, and design challenge this part of the state can produce, and we bring that knowledge to every project we take on.

Our teams handle the entire process in-house, from the initial consultation and custom design through engineering, permitting, construction, and final walk-through. You work with one company from start to finish rather than coordinating between a designer, an engineer, and a separate crew. We also offer financing options for qualifying customers, which makes it easier to build the right building now rather than a smaller one you will outgrow.

We serve all of Western Washington from offices in Lynnwood, Puyallup, and Chehalis, and we are familiar with the permit requirements, engineering standards, and regional conditions in every county we build in.

Let’s Build Something That Lasts

Ready to plan your pole building? Call us at 800.824.9552 or schedule a complimentary on-site consultation. We will come to your property, assess your site, and help you design a building that works for how you actually live and work.

Why Metal Building Insulation Is a Must for Your Pole Building

Posted on May 10, 2026June 20, 2026 by dylan

When it comes to constructing durable and energy-efficient metal buildings, we want to shed some light on the importance of metal building insulation (MBI). A pole building is a big investment, and protecting it from the inside out is just as important as the structure itself. Western Washington’s wet climate creates real challenges for metal buildings. Condensation, trapped moisture, and temperature swings wear on a structure over time, and without the right insulation, those problems compound quickly. MBI is a standard part of every PermaBilt roof for good reason.

What Is Metal Building Insulation?

Metal building insulation is a thin, white material that is rolled out along the span of your roof, providing comprehensive coverage and protection. PermaBilt MBI is a two-component system. Each part does a distinct job, and together they maintain a stable, dry environment inside your pole building.

The first layer is a 2-inch fiberglass blanket that runs the span of your roof. It slows heat transfer between the outside air and the interior of your building, reducing the temperature swings that drive condensation and make a building uncomfortable to work in.

The fiberglass blanket is meticulously glued to a reinforced white vinyl vapor barrier. This layer sits between the steel and the interior, blocking moisture from migrating through the roof assembly. It prevents condensation from forming on the underside of your roof panels and reflects light into the building’s interior.

Why MBI Matters in Western Washington

The Pacific Northwest doesn’t give metal buildings an easy time. Rain and humidity are constants, and without proper insulation, warm air inside your building meets cold steel and creates condensation on the underside of your roof. That moisture drips onto tools, equipment, flooring, and stored materials. MBI stops that process before it starts:

Condensation prevention. Without a vapor barrier, warm interior air meets cold steel and moisture forms on the underside of your roof, dripping onto everything below.
Equipment and material protection. Moisture damage to tools, stored inventory, and building materials adds up quickly. MBI keeps the interior dry and your belongings protected.
Rust and corrosion resistance. Consistent moisture exposure accelerates rust on steel components; MBI reduces that exposure significantly.
Mold and mildew control. Trapped humidity creates ideal conditions for mold growth; the vapor barrier cuts off that moisture at the source.
Year-round temperature stability. The fiberglass blanket slows heat transfer through the roof, keeping your building cooler in summer and warmer in winter.
Lower energy costs. A well-insulated building requires less heating and cooling to maintain a comfortable temperature, which adds up to real savings over time.
Low-maintenance performance. MBI is installed once and works continuously, with no ongoing upkeep required to maintain its protective properties.

The Right Choice for Any Post-Frame Build

Whether you’re planning a new pole barn, post-frame building, or any pole build, integrating MBI into your design is a smart choice. At PermaBilt, we prioritize the comfort and longevity of your structure, and MBI plays a crucial role in achieving those goals as a standard feature in all our roofs.

We offer tailored solutions for all types of post-frame buildings, ensuring that each structure benefits from the enhanced insulation. If you’re ready to start planning your post-frame building, schedule your complimentary on-site consultation today. With PermaBilt, you can be confident that your pole barn or post-frame building will stand the test of time.

Exploring the Monitor-Style Pole Barn Design in Washington State

Posted on May 4, 2026June 20, 2026 by newtheory

Few building silhouettes carry as much practical logic as the monitor-style pole barn. The stepped roofline, with its raised center section and lower flanking wings, has been solving ventilation and clearance problems in large buildings for well over a century. It also happens to look good, which is why it has moved well beyond its agricultural origins into garages, workshops, and horse facilities across Washington and the Pacific Northwest.

What makes the monitor-style worth understanding is that its most useful features are structural, not just visual. The clerestory zone created by the height difference between the center and wings gives you a band of window space that runs the full length of the building on both sides. In a monitor barn, you do not have to choose between a dark shop and an expensive lighting installation. The light and ventilation come with the design.

This guide covers what defines the monitor-style, why it performs the way it does, how people are using it across different programs and budgets, what the design decisions look like in practice, and examples of monitor barns we have built across Washington.

What Is a Monitor-Style Pole Barn

A monitor-style pole barn is built around a raised center section that runs the full length of the ridge. Lower side sections, called wings, flank the center on both sides. The vertical gap between the top of the wings and the base of the raised center creates a clerestory zone, a band of wall space that runs along both sides of the upper roof. Windows, vents, and translucent eave lights go in that zone.

The result is a building with three distinct sections across its width: two lower wings and a taller center. From the outside, the stepped roofline defines the monitor’s profile. From the inside, the center section has more headroom than the wings, and light enters from above the main work or living area rather than from the end walls alone. Hot air rises to the center ridge and exits through upper vents or windows, pulling cooler air in through the lower wing sections. That passive system works without fans or mechanical ventilation.

Monitor barns have been used in agricultural construction for more than a century, originally developed to maximize natural light and ventilation in livestock buildings before electrical systems were standard. Today, the same geometry shows up in garages, shops, horse barns, RV storage, and light commercial buildings across all scales and budgets.

Structural and Practical Advantages of the Monitor-Style

The monitor’s stepped roofline is more than a visual signature. Here are the reasons this design keeps getting chosen:

- More height where you need it. The raised center section allows for taller doors, second-story floors, or clear overhead space that a standard eave wall cannot provide.
- Natural light without skylights. The clerestory zone runs the full length of the building on both sides, distributing light evenly from above the main work area. Many monitor buildings need no artificial light during the day.
- Passive ventilation. Hot air rises to the center ridge and exits through upper vents or windows, keeping the interior cooler and drier without mechanical systems.
- A multi-purpose layout within a single footprint. The taller center and lower wings naturally create areas suited to different functions: large equipment or active workspace in the center, stalls or organized storage in the wings.
- A building with character. The stepped silhouette is recognizable across residential, agricultural, and commercial settings without needing elaborate exterior treatment.
- Efficient rain and snow management. Wing slopes drain independently, so water and snow move off at multiple points rather than concentrating along a single long eave.

Common Uses for Monitor-Style Pole Barns

Monitor buildings are built anywhere from a compact residential garage to a 104-foot recreation facility. The combination of height, zoned interior, and consistent natural light makes it one of the more versatile configurations in post-frame construction. Here is how people are putting it to work:

- Horse barns and livestock facilities: The center aisle handles hay delivery and equipment movement, the wings are naturally proportioned for stalls and tack rooms, and the passive ventilation matters in Western Washington, where moisture management in a livestock building is a daily concern.
- RV and equipment storage: The center bay clears a full-size motorhome or fifth wheel, the wings handle everything else, and owners who need to access different vehicles regularly appreciate not having to rearrange the building to do it.
- Garages and shops: The center bay accommodates a tall door for an RV, a boat on a trailer, or a commercial vehicle, while the wings handle smaller vehicles, organized storage, or a dedicated work area.
- Hobby spaces and studios: Work that depends on good lighting benefits from light distributed from above the main work area rather than from end walls, and the wing sections keep materials and benches organized without competing with the open center.
- Barndominiums: The raised center gives you genuine two-story ceiling height in the living area without consuming the entire footprint, the wings become the practical parts of the building, and the clerestory windows bring light into the main living space from both sides all day.

Center section height, wing width, door sizing, window and ventilation strategy, and whether a second story makes sense for your project are all decisions made during the design process, not before it. The projects in the next section show what those decisions look like in practice across a range of uses and budgets.

Monitor Buildings We’ve Constructed Across Washington

The following projects were built across Washington for customers with different programs, sites, and goals. They range from a compact three-car garage in Snohomish County to a 60 x 84 garage and shop on the Olympic Peninsula.

Working Garage and Shop in Port Angeles, WA

A customer on the Olympic Peninsula needed a building that could function as a working shop and a garage at the same time. At 60 feet wide, a standard gable would have required a significant mechanical investment to light and ventilate properly. A monitor-style barn’s clerestory zone handled both.

Thirty-three sliding vinyl windows in three sizes circle the building, and three cupolas with weathervanes provide continuous passive ventilation across the full length. The center bay is built around a 12 x 14 commercial roll-up with a chain hoist, flanked by two 10 x 8 overhead doors for the garage side. A 50-pound-rated second-story floor spans 20 x 36 feet above, accessible by a 4-foot staircase, giving this customer dedicated storage or workspace without giving up a square foot of floor space below.

Two-Story Horse Barn in Brush Prairie, WA

This couple came to us for help with their two-story horse barn after their original contractor went quiet and stopped returning calls. They had a design ready to build and needed someone who would follow through. As the design conversations developed, the project grew: they added a third stall, a lean-to for outdoor use, and a garage door for the tractor.

The finished building holds three 12 x 12 PermaStalls with sliding fronts and feed doors, a 24 x 24 second-story hayloft reached by an L-shaped staircase, wide cross-hatch sliding entry doors, and Dutch doors from each stall to the paddock. The couple had boarded their horses for years before this. When the barn was done, they could finally bring them home.

Family Recreation Building in Washougal, WA

A family on acreage in Washougal wanted a building that could hold a full basketball court, a full-sized pool, a fitness room, a rec room, a kitchen, and two bedrooms. The monitor style was the answer because the 26-foot center height made the court and pool possible without requiring a building that looked like a warehouse from the outside.

Cedar log siding in taupe and forest green kept the exterior consistent with the surrounding property. Inside, forty-five Low-E windows distribute light across the full 104-foot length, and mono trusses over the pool give the interior an open, organic feel that a conventional ceiling would not. PermaBilt completed an engineering contract before construction to find the most cost-effective structure for the scope, built the shell, and handed off to the customer’s other contractors to finish the interior.

Three-Car Residential Garage in Snohomish, WA

This customer needed a three-car garage and could have built a standard gable. What he kept coming back to in our project portfolio was the monitor shape, and he decided that was what he wanted on his Snohomish property. The design was completed without a second story, which was the right call for three cars. Sixteen windows, sourced by the customer and installed by our crew, keep the interior in natural light all day. The building was finished in colors matched to the house, with a cupola and weathervane at the ridge for ventilation.

RV Storage in a Gated Community in Roy, WA

Three constraints shaped this project from the start: the customer’s RV, an HOA that reviewed exterior materials, and a budget that needed to be respected. Our building representative met with him three times before the design was settled. The center door is 14 feet tall, sized around the RV from the beginning rather than adjusted after the fact. The HOA approved the steel siding before the permit was filed. Along the wing sides, two 2 x 36-foot poly eave lights replace traditional windows, running the full length of the building and delivering 90 percent light transmission without frames or glass. A continuous ridge vent handles airflow.

Is a Monitor-Style Pole Barn Right for Your Project?

The monitor-style is a strong choice if you need more height or clearance in the center of your building than a standard eave wall can provide, want consistent natural light without a mechanical lighting system, or want a building with a visual character that fits an agricultural or residential property without extra effort.

The design adds cost compared to a simple gable, and that cost is worth it if the additional height, light, and layout flexibility serve your program. If your project is straightforward, covered storage and a standard gable handle the height requirements, a simpler design will serve you better for less money.

For most buyers considering this style, the combination of practical performance and genuine character makes it difficult to pass up. The buildings above were designed and built across Washington for customers who decided the monitor was worth it, and in each case, the design delivered exactly what it was supposed to.

If you are considering a monitor-style building in Western Washington, a complimentary on-site consultation with PermaBilt is an excellent first step. We will look at your site, talk through your program, and help you figure out whether this design is the right fit before any commitments are made.

Dutch Gambrel Barn Buildings: The Complete Post-Frame Design Guide

Posted on April 2, 2026May 15, 2026 by newtheory

Few building silhouettes are as immediately recognizable as the Dutch Gambrel barn. The distinctive double-pitched roofline has defined barn architecture across North America for centuries, and for good reason. Steep at the base and sweeping upward to a gentler slope at the ridge, it is beautiful and one of the most practical large-span building roof designs created.

Originally brought to the Americas by Dutch settlers in the 17th century, the Gambrel barn evolved from a simple agricultural shelter into the versatile building form it is today. Modern Dutch Gambrel barns are used as workshops, garages, homes, commercial buildings, and event spaces, often with post-frame construction methods that make the design faster and more affordable to build than ever before.

This guide covers the defining characteristics of the Dutch Gambrel barn design, its structural and practical advantages, common uses, customization options, available construction methods, and what to look for when choosing a builder.

What Are Dutch Gambrel Barns?

A Gambrel barn is defined by its roof. Unlike a standard gable roof, which rises from the walls at a single angle to meet at the ridge, the Gambrel roof design uses two distinct slopes on each side. The lower slope is steep, and the upper slope is much shallower. Together they create a broad, curved silhouette that is instantly recognizable and, as it turns out, exceptionally practical. That two-slope geometry produces far more usable interior volume than a conventional roof at the same height. A gable roof wastes much of its upper space in tight, unusable triangles near the eaves. The Gambrel pushes the walls of the upper story outward, producing a loft or upper floor with genuine headroom across most of its width.

The Dutch Gambrel is a specific variation of this design. Where a standard Gambrel roof has a relatively narrow base, the Dutch version uses a wider, lower pitch that broadens the building’s footprint and gives it a characteristic wide-shouldered look. The lower slope typically sits at around 60 degrees, and the upper slope at around 30 degrees.

The result is a barn that feels solid and spacious both outside and in. Dutch Gambrels carry the proportions of traditional barn architecture while adapting well to modern materials and uses. Whether clad in painted steel or board-and-batten, the roofline gives the building a strong, grounded presence that works across a wide range of settings and purposes.

Structural and Practical Advantages of the Dutch Gambrel Barn

In addition to being a visual signature, the Dutch Gambrel’s two-pitch roof is a highly practical building decision. Here are the key reasons builders and owners keep coming back to this design:

More usable space. In a standard gable barn, much of the upper interior tapers into unusable corners. In a Dutch Gambrel, that space becomes the functional floor of a loft that spans nearly the full width of the building with genuine headroom.
Open interiors. Gambrel roof geometry delivers two full stories of open space, with no interior support columns or load-bearing walls on either level.
Aesthetic versatility. The Dutch Gambrel’s proportions look good in many environments, including working farms, residential properties, and commercial sites, without the need for major design changes.
Low-maintenance exterior. Dutch Gambrel barns can be clad in steel panels that resist rot, pests, and weathering, requiring very little upkeep, allowing them to hold up well over decades, compared to wood-sided alternatives.
Better snow performance. The steep lower slope sheds snow efficiently, reducing the load that builds up on the roof. This makes the design well-suited to climates that see heavy winter snowfall.

Common Uses for Dutch Gambrel Barn Buildings

The Dutch Gambrel’s combination of open ground-floor space and a wide, usable loft makes it one of the most versatile building designs available. Here is how people are putting it to work:

Shops and Garages

The Dutch Gambrel is a natural fit for workshops and garages. The ground floor provides open space for vehicles, equipment, and work areas, while the loft above handles storage, a parts room, or even a dedicated workspace. For hobbyists and tradespeople alike, having separation between work and storage space makes the building more organized and functional than a single-story shop.

Agricultural and Livestock Storage

This is the design’s original purpose, and it still excels at it. The classic configuration creates hay and feed storage in the loft, where it stays dry and accessible, while the ground floor houses livestock, equipment, or both. The Gambrel is probably the most traditional design for horse barns and equestrian facilities, specifically, with stalls below and hay and tack storage above.

Homes, Barndominiums, and Additional Dwelling Units

The Dutch Gambrel also translates well to residential use. The loft becomes a bedroom, living area, or studio with real ceiling height across most of its width. The ground floor can be finished as a living space, a garage, or a combination of both. For buyers looking for a design with character and flexibility, Dutch Gambrel barndominiums deliver something a conventional house cannot match.

Light Commercial and Event Spaces

Small businesses, contractors, and light industrial users also appreciate the Dutch Gambrel. The open ground floor accommodates a range of commercial uses without modification, and the loft works well for office space, inventory storage, or showroom use. The aesthetic and size of the building also lend themselves to hospitality uses like event venues, wedding barns, and tasting rooms, where the character of the design is as important as the square footage.

Dutch Gambrel Design Variations and Customization Options

One of the strengths of the Dutch Gambrel design is how well it adapts to different needs without losing its character. Here is what you can expect to customize when planning your build:

Detail	Customization Option
Size	Dutch Gambrel barns are commonly built anywhere from 24×36 feet on the smaller end to 60×100 feet and beyond for larger agricultural or commercial applications.
Roof pitch	Builders can adjust the angle and break point of each slope to suit specific site conditions, local snow load requirements, or personal preference.
Doors	The design accommodates Dutch doors, large sliding doors, roll-up overhead doors, and walk-in entries, with sizing and placement determined by how you plan to use the building.
Windows and dormers	Dormers are a popular addition on Gambrel barns, bringing natural light into the loft and reinforcing the traditional aesthetic, while ground-floor window placement can be configured to suit the interior layout.
Cupolas and ventilation	Cupolas are a common feature on Dutch Gambrel barns, serving both a functional ventilation role and a visual one that completes the classic barn silhouette.
Lean-tos and additions	Lean-to extensions off one or both sides of the main structure are a practical way to add covered storage or workspace without altering the primary building.
Bay spacing	The number and width of structural bays affect door placement, interior layout, and overall building length, and are one of the first planning decisions you will make with your builder.
Cladding and finishes	Steel is the most common exterior choice, available in a wide range of colors and panel profiles, with wainscot treatments a popular option for added visual definition and wall protection.
Interior configuration	The loft can be left open, partially enclosed, or fully finished, and the ground floor can be configured with or without a concrete slab, interior partitions, insulation, and rough-in for electrical and plumbing.

Construction Methods for Dutch Gambrel Barns

If you are planning a Dutch Gambrel barn, you will generally encounter three primary construction approaches.

Conventional Stick-Frame Construction

Stick-frame construction uses closely spaced wall studs and roof rafters, the same method used to build most homes. It is a familiar, reliable, and widely understood approach. However, it tends to be slower and more expensive than other methods, and it requires a full perimeter foundation. For most Dutch Gambrel barn projects, there are more cost-effective options available.

Pre-Engineered Steel Buildings

Pre-engineered steel buildings are fast to erect and cost-efficient for basic storage and industrial applications. They work well for simple rectangular structures, but the Gambrel roof profile is harder to achieve in a pre-engineered steel system. They can also be more challenging to insulate and finish to a comfortable interior standard, which is worth considering if your building will be used for anything beyond basic covered storage.

Post-Frame Construction

Post-frame construction, often called pole barn construction, uses large structural posts set directly into the ground or onto concrete footings to form the primary frame of the building. Rather than relying on a full perimeter foundation and closely spaced wall studs, post-frame structures use fewer, larger members spaced further apart to carry the load. For Dutch Gambrel barns specifically, post-frame is well-suited to the design. The wide, open loft floor that defines this roof style depends on the ability to span large distances without interior support columns, and post-frame engineering handles those spans efficiently and cost-effectively.

Choosing the Right Builder for Your Dutch Gambrel Barn

Not all builders have equal experience with the Dutch Gambrel design, and it matters more than some might expect. The framing at the break point of a Gambrel roof requires meticulous attention, and a builder who has completed similar projects will produce a better result faster than one who is figuring it out on your job. Before committing to a builder, ask to see completed Dutch Gambrel projects specifically.

Beyond design experience, look for a builder with strong local permitting knowledge. Permits for barns, shops, and accessory structures vary significantly by county and state, and a builder who works regularly in your area will know what is required and how to prepare your application correctly the first time. You also want someone who assigns a dedicated point of contact to your project and manages the process from start to finish, rather than subcontracting the work out entirely.

Finally, ask about warranty coverage before you sign anything. A confident builder stands behind their work and can tell you clearly what is covered, for how long, and who to contact if something needs attention after the build is complete.

Is a Dutch Gambrel Barn Right for Your Project?

The Dutch Gambrel is a strong choice if you want to maximize usable space on a limited footprint, need a building that can serve more than one purpose, or want something with genuine architectural character. It works especially well for agricultural properties, residential and recreational builds, and commercial uses where both function and appearance matter.

When built using post-frame construction, it delivers all the benefits at a price point and build speed that conventional framing simply cannot match. If you are not going to use the loft or your budget is tight, a simpler design may serve you better for less money, but for most buyers, the combination of space, flexibility, and value that a post-frame Dutch Gambrel delivers is hard to beat.

If you live in Western Washington and are considering a new gambrel-style barn for your property, PermaBilt offers free consultations with experienced building consultants who can help you figure out whether this design is the right fit for your site, your budget, and your plans.

Why Choose a Pole Building for Boat, RV, or Equipment Storage?

Posted on January 9, 2026 by dylan

If you’re a homeowner or property owner in Western Washington with valuable assets like boats, RVs, tractors, or ATVs, protecting your investment is likely high on your list. The weather in this region can be unpredictable and harsh, making long-term outdoor storage risky for both recreational and heavy-duty equipment. That’s where a custom pole barn (also called a post frame building) comes into play.

At PermaBilt Industries, Inc., we specialize in designing and constructing durable polebuildings that are tailored to meet your specific storage needs, whether it’s for seasonal gear, work equipment, or your weekend adventure toys.

In this guide, we’ll walk you through how to customize your pole barn for optimal protection, accessibility, and organization.

What Is a Pole Barn?

A pole barn is a type of post-frame building constructed with large posts set directly into the ground. These buildings are incredibly versatile and ideal for storage because they offer:

Large clear spans (no interior support walls)
Open floor plans
High ceilings
Fast construction timelines
Cost-effective customizations

Why Pole Barns Are Ideal for Boats, RVs, and Equipment

Western Washington experiences significant rainfall, snow, and wind, which can lead to corrosion, mold, and damage to exposed vehicles or equipment. A custom pole barn protects your investments while also offering:

Security against theft and vandalism
Ease of access for loading/unloading
Room to work on or clean your gear
Better insurance rates for stored items

Key Considerations Before Customizing

Before you dive into designing your custom pole barn, take time to assess:

Consideration	Questions to Ask
Size	What are the dimensions of your RV, boat, or equipment?
Frequency of Use	How often will you need to access these items?
Future Needs	Do you plan to upgrade or add vehicles/equipment in the future?
Lot Constraints	How much space is available on your property?
Permits	Are there zoning or HOA regulations that need to be met?

Customization Options for Your Pole Barn

1. Height and Clearance

Boats with towers, RVs with air conditioners, and tractors with attachments often need more than a standard 8- or 10-foot clearance.

For Class A RVs, allow at least 14 to 16 feet of interior clearance.
For boats on trailers, allow 12–14 feet, especially for wakeboard boats.
Always add a few extra feet to accommodate new purchases or future upgrades.

2. Doors: Type, Size, and Placement

Best Options

Roll-up steel doors for space efficiency
Overhead garage doors for daily use
Sliding doors for large agricultural or equipment barns

Recommendation

Install extra-wide (12–16 feet) and tall (14 feet or taller) doors to accommodate vehicles and trailers.

Pro Tip

Consider placing multiple doors for drive-through access. This is especially helpful for RVs, trailers, and tractors that are difficult to maneuver into position.

3. Ventilation and Moisture Control

Western Washington’s humidity makes ventilation critical.

Must-Have Features

Ridge vents for natural upward airflow
Soffit vents to reduce condensation
Insulation with vapor barriers for year-round storage
Dehumidifiers or fan systems for sensitive equipment

According to a study by the University of Minnesota Extension, proper ventilation in storage buildings reduces the risk of mold growth by more than 60%.

4. Flooring and Drainage

For heavy equipment or vehicles that may drip fluids or bring in water:

Concrete slabs with a proper slope (1/8 inch per foot) are ideal
Gravel floors can be suitable for boats or seasonal gear.
French drains and gutters help manage heavy rain runoff

5. Interior Layout and Storage Features

Consider how you’ll utilize your space beyond just parking.

Loft or mezzanine storage for tools, paddles, or gear
Built-in shelves for small parts and accessories
Workbench areas with outlets for charging batteries
Hooks or wall mounts for life vests, hoses, and cables
Lighting (natural + LED) for safe nighttime access

Accessory Ideas

Accessory	Function
Wall-mounted racks	Organize hoses, cords, paddles
Ceiling hoists	Store kayaks or light boats overhead
Workbench with outlets	Maintain tools or charge equipment
Security cameras	Protect high-value items
Motion lights	Improve safety at night

6. Security Features

Because you’re storing high-value items, don’t skip on security:

Deadbolt walk doors
Smart locks or keypad entry
Exterior floodlights with motion sensors
Surveillance systems
Reinforced door framing

According to FBI crime data, garages and detached buildings are common targets for theft. Secure your space as you would your home.

7. Aesthetic Options

Your pole building doesn’t have to look industrial. PermaBilt offers a range of design features to match your home or property aesthetic:

Color-matched metal siding/roofing
Decorative wainscoting
Cupolas or overhangs
Shingle or metal roofing options
Custom trim and doors

Do you want your barn to serve as both a workshop and a party space? Ask us about insulated hobby barns with built-in climate control.

PermaBilt’s Proven Process

We make it easy for Western Washington homeowners to go from idea to finished building with a simple, proven process:

Step-by-Step

1. Free On-Site Consultation

Our experienced design consultant visits your property to understand your needs, take measurements, and check local regulations.

2. Custom 3D Design

You’ll receive a detailed layout based on your storage goals. Adjustments are always welcome.

3. Permitting Support

We help with local permit applications, zoning compliance, and site planning.

4. Professional Construction

Our trained garage builders and barn builders complete most projects in weeks, not months, weather permitting.

Post-Project Walkthrough

We ensure you’re 100% satisfied and provide guidance on upkeep and maintenance.

Our commitment to durability, function, and long-term value backs every pole barn we build.

Real-World Project Example

40×60 RV + Equipment Storage | Pierce County, WA

Client Needs

Covered RV parking, side space for a UTV, a small fishing boat, and a workshop

Features

16’ tall walls with a 14×14 roll-up door
3 windows for natural light
Ridge + soffit ventilation
Concrete slab with drainage system
Security lighting and cameras

Outcome

The client now has a dry, secure, and easily accessible space for their RV and gear year-round.

Frequently Asked Questions

Do I Need A Permit In Washington For A Pole Barn?

Yes. All storage structures typically require a building permit. PermaBilt helps you navigate local codes in your county.

How Long Does A Pole Barn Last?

With proper construction and maintenance, a pole barn can last 40 to 60 years or longer.

Can I Insulate My Barn For Year-Round Use?

Absolutely. We offer insulation packages for comfort and moisture control.

Build It Right with PermaBilt

Build with Confidence. Store with Peace of Mind.

Whether you’re protecting your boat from the Pacific Northwest rain or need a secure home for your RV and gear, a custom pole building from PermaBilt offers long-term value and tailored functionality. From our first consultation to the final nail, our team brings over 50 years of experience to your project, and we build every barn like it’s our own.

Let’s design the perfect pole barn for your toys and tools. Get started at https://permabilt.com or book a free on-site consultation today.

PermaBilt Modern Pole Building – Island County

Posted on June 7, 2025 by dylan

In the heart of Langley, Washington, a new project is taking shape that blends practical design with modern living. Our customers recently began the exciting process of finishing out a 28’x56’x16′ PermaBilt Modern pole building. Also commonly referred to as a single slope pole building, into a stylish, comfortable living space. This project highlights the flexibility and innovation that pole buildings offer, especially when combined with thoughtful design and customization.

At first glance, a single slope pole building may appear simple or industrial. But don’t let the clean lines and minimalist silhouette fool you—these structures offer unmatched potential for custom residential conversions. With a front wall height of 16 feet, this particular building allows for dramatic ceiling lines, large windows. And the option for a lofted second level or elevated storage space.

Our Langley customers chose the PermaBilt brand for its reputation in the Pacific Northwest for durability, and fast, efficient construction. The building’s engineered wood frame, metal siding, and roof make it ideal for the varied coastal climate of Whidbey Island – resilient in wind and moisture while still offering the charm and warmth of a wooden structure.

Inside, the family is planning a contemporary open-concept layout with vaulted ceilings that maximize natural light. The high side of the slope provides an excellent opportunity for floor-to-ceiling windows or a clerestory to bring in sunlight all day. The 56-foot length gives plenty of room to separate the living area, kitchen, bathroom. With smart insulation, energy-efficient windows, and radiant heating, it will become a cozy year-round residence.

The project also reflects a growing trend across the region. Turning versatile pole buildings into permanent homes, ADUs (accessory dwelling units), or guest houses. This kind of structure allows for significant cost savings compared to traditional construction, faster build times, and lower maintenance—all while giving homeowners the flexibility to tailor the space to their exact needs.

For anyone in Langley or the greater Puget Sound area considering alternative housing options. This Permabilt single slope build serves as a perfect example of form meeting function. Whether you’re dreaming of a minimalist home, a modern guest retreat, or an efficient full-time residence, a custom pole building might just be the blank canvas you’ve been looking for.

Ready to get started? Reach out to us to learn more about our building options and how you can turn your own vision into reality.

Airplane Hangar Pole Building on Orcas Island

Posted on May 16, 2025 by dylan

On the beautiful Orcas Island in the San Juan Islands, our customer reached out to us while planning the build of their dream home. With a property located right on the airstrip, they knew they wanted more than just a house. They needed a custom pole building to serve as an airplane hangar as well. We worked with the customer to design a structure that would not only meet the functional needs of aircraft storage. But also match the unique character of their property and new home. One of the standout features of this project was the installation of a rustic hangar door. This custom detail gave the building a timeless, one-of-a-kind look that blends perfectly with the island’s natural setting. It’s the kind of touch that turns a standard structure into something truly special.

Now complete, the hangar not only provides a storage space for the customer’s airplane but also adds incredible value and functionality to the property. We’re proud to have been a part of this unique project, and even more proud to see another satisfied customer enjoying their new space for years to come.

Here’s a look at one of our recent projects — a custom airplane hangar built in Eastsound, Washington. This PermaBilt Modern building is 44 feet wide, 36 feet deep, and 14 feet tall. It’s the perfect size for storing a small plane and keeping it protected from the weather.

The entire building, including the siding, roof, and trim, is finished in Matte Black. This gives the hangar a clean, sharp look that fits well with the surrounding area. It’s simple, strong, and built to last.

The hangar includes a 3’ x 6’8” walk-in door made by PermaBilt, with self-closing hinges and a stainless steel lockset to keep things secure. There’s also an 8’x8’ insulated overhead garage door with windows and a rope opener, plus a large 40-foot-wide framed opening where the customer will install their own hangar door. This wide opening makes it easy to move the plane in and out.

To help with comfort and protection inside the hangar, we added 2 inches of insulation in the roof. We also installed bird blocking at both gable ends to keep birds out. An 18-inch overhang runs around the whole building, helping to keep rain away from the walls. The building also has 5-inch K-line gutters and two downspouts to help drain rainwater away.

This hangar is a great example of how a simple, strong pole building can be used to safely store an aircraft. It’s easy to maintain, built with high-quality materials, and designed to meet the specific needs of the customer. Whether you’re a pilot or just need a strong, weather-tight building, this hangar shows what PermaBilt can do.

Lean-to Pole Building in Olympia – Thurston County

Posted on March 21, 2025 by dylan

PermaBilt takes immense pride in delivering top-notch, high-quality, and versatile pole building solutions tailored to our customers’ unique needs. Recently, we constructed a remarkable lean-to pole building in Olympia with dimensions of 40’x48’x16′ and an attached 40’x12’x10′ Lean-to, offering ample space for various applications. This project exemplifies our dedication to excellence, ensuring a seamless blend of functionality and aesthetics.

Our Olympia customers sought a spacious building with multiple purposes. This required sufficient clearance for vehicles, equipment, and belongings, along with a covered workspace. This 40’x48’x16′ building, complemented by a 40’x12’x10′ Lean-to and three generously-sized garage doors, proved to be the ideal solution. This versatile design streamlines operations and maximizes property potential, catering to diverse needs.

Adding a lean-to to a building offers numerous benefits, making it a valuable and practical feature for various applications. This additional covered space provides a cost-effective solution for extending usable area without constructing a separate structure. Its versatility and aesthetic appeal complement the existing architecture and landscaping. While providing protection from the elements for stored items or valuable equipment, making it a valuable investment for residential, agricultural, and commercial properties.

Check out some of our other lean-to buildings here:

Pole Barn Building with Lean-To

Horse Barn with Lean-To

The success of this Lean-to Pole Building Olympia project showcases the value of collaboration, innovation, and unwavering dedication. At PermaBilt we take pride in delivering exceptional solutions. Consider a pole building for your needs, let us turn your vision into reality – get in touch with us today!

PermaBilt builds post and wood frame structures – commonly known as pole barns or pole buildings. We can design you any number of pole building types to fit every need, including metal garages, horse barns, storage sheds, steel shop buildings, commercial buildings, and more. Choose from hundreds of existing pole barn building designs or let us customize a pole barn building to meet your needs.

Monitor Pole Building in Fall City – King County

Posted on March 8, 2025 by dylan

Custom Building for Our Return Customers in Fall City

Our returning customers in Fall City called us for their next Monitor pole building project, we were thrilled to work with them once again. After having built a pole barn for them in the past, they knew exactly what they needed: additional garage and hobby space that could also serve as a long-term investment for their property. We designed and constructed a 36’x28’x10’/18’ Monitor pole building garage, which includes a second-floor loft.

Designing

As returning clients, the customers had a clear vision of what they wanted from the start. They desired a building that would provide more space for both storing vehicles and pursuing their hobbies. They also wanted something that would add value and beauty to their property. With those goals in mind, we began the design process by listening closely to their needs and providing expert guidance. Our team worked with the customers to ensure the design would meet their specific needs. The final design was a Monitor style pole building.

Second-Floor Loft

One of the standout features of this building was the 12’x28’ second-floor loft, which provides a great space for storage, a workshop, or even a hobby area. The loft adds an additional dimension to the Monitor pole building, ensuring that every square foot of the structure was utilized to its fullest potential. Whether the customers wanted to store seasonal items, set up a crafting area, or use it for other projects, the loft offered the perfect solution. To make the loft easily accessible, we designed and built an elegant L-shaped staircase. This staircase not only makes the second floor more accessible but also adds a distinctive design feature that enhances the overall aesthetic of the building. The use of an L-shaped staircase allows for a space-efficient design while still providing the comfort and practicality of a full staircase.

Garage Doors

For the garage area, we installed three large 10’x8’ roll-up garage doors, providing ample space for the customers to store multiple vehicles and equipment. The roll-up doors offer easy access, allowing the owners to drive in and out with ease, whether it’s a car, boat, or other large items. The functionality of these doors ensures the garage space is as efficient as it is spacious.

Windows & other accessories

To further enhance the functionality of the space, we incorporated six 4’x3’ windows into the design. These windows not only bring in an abundance of natural light, making the space feel brighter and more inviting, but they also offer beautiful views of the surrounding property. This thoughtful addition ensures that the building doesn’t just serve as a functional space but also as a comfortable and pleasant environment to spend time in.

The Final Product

The end result was a stunning 36’x28’ Monitor garage with a loft, offering the perfect balance of form and function. Not only did the building meet the customers’ storage needs, but it also added significant aesthetic value to their property. The mix of traditional design elements with modern features made this structure a true standout on their land.

With the extra garage space, loft, and plenty of natural light, the building is now the perfect environment for the customers to store their vehicles, pursue their hobbies, and enjoy a comfortable space for years to come.

Conclusion

Creating a custom pole building requires careful planning and collaboration between the client and builder. With clear communication, attention to detail, and a focus on meeting the customer’s specific needs, we were able to deliver a high-quality, functional, and beautiful 36’x28’ Monitor garage for our customers in Fall City. The addition of a spacious loft, three roll-up garage doors, and plenty of natural light made this building the perfect solution for their extra garage and hobby space needs.

At PermaBilt, we pride ourselves on building structures that are not only practical but also reflect the unique vision and style of each customer. If you’re looking to build a custom pole building that adds value to your property and enhances your daily life, we’d love to help bring your dream to life.

See our other Monitor style pole buildings here:

3 Car Monitor Steel Garage Snohomish

Monitor Style Post Frame Garage Kent

Post Frame Shop in Ravensdale – King County

Posted on January 10, 2025 by dylan

Our Ravensdale customer reached out to us with a specific vision in mind: they needed a large post frame shop to store their boat, camping trailer, and other recreational vehicles. In addition to that, they also wanted space for an office for their business. After discussing their requirements, we designed and built a custom post frame building that would fit all their needs perfectly.

A Large Building for Many Purposes

The customer’s property in Ravensdale offers a few acres of space, which made it ideal for a larger structure. They wanted a building that was spacious enough to house all their vehicles and also had room for a dedicated office area. With those needs in mind, we designed a 48′ x 70′ x 16′. This size allowed the customer to store everything they needed while also leaving room for a comfortable office space.

Matching the Exterior of the Home

One important aspect of this project was the customer’s desire to match the exterior of their new building with the look of their home. To achieve this, we used Hardie Lap 8” siding for the walls and Hardie straight shingle for the gable treatment. These materials not only provide durability but also give the building a clean and modern look that complements the home’s exterior.

In addition to the Hardie siding, the customer chose a composition roof to match the overall aesthetic of their property. The roof is built to last, providing long-term protection from the elements.

Custom Features for a Unique Look

The customer also wanted to add some personal touches to their building. To accommodate their custom stone wainscotting, we used house wrap at the bottom 3’ of the gable end. This detail enhances the building’s curb appeal and ties it together with the rest of the property.

We are excited to see how the customer will finish the stonework and bring their vision to life.

High-Quality Doors and Windows

To ensure that the building was both functional and aesthetically pleasing, we included high-quality doors and windows in the design. The shop features three 12′ x 14′ Carriage House Steel back insulated overhead doors with chain hoists and Stockton lites. These doors make it easy for the customer to access the building with large vehicles.

Additionally, there are multiple windows throughout the shop, including a 6′ x 4′ vented vinyl sliding window and two 5′ x 3′ vented vinyl sliding windows. These windows provide natural light and ventilation, making the space more comfortable to work in.

For added convenience, we also installed a 72” x 80” full glass French door and a 4’ x 6’8” PermaBilt® door with self-closing hinges and a stainless-steel lockset. These doors provide easy access to the shop and are built to last.

Other Features

18” full perimeter eave & gable overhangs with open soffits
5” K-Line gutters with four downspouts
Bird blocking at both gables
Two 12” x 18” gable vents for ventilation

We are thrilled to see our customer’s vision come to life with this custom post frame shop in Ravensdale, this building is sure to serve the customer’s needs for many years to come. We can’t wait to see how they enjoy their new space!

RV Garage & Shop – Lake Stevens

Posted on December 13, 2024 by dylan

This customer came to us needing an RV garage in Lake Stevens to fit his 31’ RV and boat. With extra space for a shop. He also wanted a lean-to to park his trailer and a loft for additional storage. It was important that the design met all his needs while working within the space constraints of his property. One of the challenges we faced during this project was navigating the permitting process. Due to property line setbacks and local regulations, we had to make adjustments to the design to meet the code requirements.

After some back-and-forth with the permitting office, we came up with a creative solution: a bump-out addition on one side of the garage. This allowed just enough extra space to fit the RV while keeping the building compliant with the setback rules. The final result is a great-looking building that has room for everything. It fits the RV and boat perfectly, offers plenty of shop space, and includes a lean-to for the trailer and a loft for additional storage. It’s a functional and practical solution that works perfectly for the customer’s needs.

Building Specifications and Features

Our Lake Stevens project showcases several key features that make this pole building a practical yet stylish solution:

Building Dimensions: The 40’ x 40’ x 16’ structure provides ample space for the customer’s RV, boat, shop, and more. The second-story loft adds extra storage capacity.
Garage Doors:
- (1) 10’ x 7’ steel-backed insulated door with lites
- (2) 12’ x 14’ steel-backed insulated doors with lites and chain hoist
Walk-In Doors: 3’ x 6’8” PermaBilt® 6-panel door with self-closing hinges and a stainless steel lockset for secure entry.
Windows: (2) 4’ x 3’ and (3) 4’ x 2’ windows.
Concrete Floor:40’ x 40’ x 4” concrete floor with fibermesh reinforcement and zip-strip crack-control.
Additional Features: Bird blocking at both gables, a full 18” perimeter overhang. 10’ continuous flow ridge vent for ventilation, and a 40’ x 12’ second-story floor with a 2” x 6” guardrail provide additional functionality and durability.

Create Your Dream Pole Building with PermaBilt®

At PermaBilt®, we understand the importance of a building that not only meets your needs but also works with your space and local regulations. Whether you’re building an RV garage, shop, or a storage space with a loft, we’ll work with you to create a customized solution that’s both practical and visually appealing. If this Lake Stevens project inspires you, contact us today, and let’s start planning your own dream pole building!

http://This customer came to us needing an RV garage in Lake Stevens to fit his 31’ RV and boat. With extra space for a shop. He also wanted a lean-to to park his trailer and a loft for additional storage

RV Garage & Shop – Lake Stevens

Pole Building Garage in Shelton – Mason County

Posted on December 6, 2024 by dylan

Our Mason County customer came to us needing a cabin/garage pole building for their property overlooking the Puget Sound. After working with our building representative, they designed a 28′ x 56′ x 12′ pole barn. With 10′ x 36′ x 10′ lean-tos on either side, creating a structure that balances functionality and aesthetics.

The customer required enough space to easily store and access their vehicles and outdoor gear. As well as a section for a future living space. With input from our team, they decided for the 28′ x 56′ layout with 12-foot ceilings. Offering plenty of room for vehicles and equipment, while leaving space to finish out a living quarters.

A standout feature of this pole building is the two lean-tos, which add valuable covered outdoor space. In addition to the practicality of these spaces, they enhance the building’s appearance, creating a well-balanced design. Being in Washington State, having these lean-tos can allow you to walk around the building while still being undercover as well store additional equipment outside.

This pole building features one 16′ x 10′ roll-up garage door, providing a large entryway that makes moving vehicles and equipment in and out of the building a breeze.

One distinctive design element is the two roof prows on either end of the pole barn. These prows add a unique architectural touch. Thus, enhancing both the look and function of the structure by providing additional overhang and protection from the weather.

The custom windows on this building open to the amazing view this property has, overlooking the Puget Sound.

This Shelton post frame building is a great example of how our team at PermaBilt® can tailor a building to meet the specific needs of each customer. Thus, creating a functional and beautiful space they can rely on for years to come.

If you are interested in similar projects to this Mason County building, take look through our building gallery at the many different custom designs we have built in the past, we have attached some similar project below. These pole buildings are made with customer satisfaction and quality as the number one priority.

Steel Garage and Shop Building Sequim

Monitor Pole Building in Graham – Pierce County

Posted on November 29, 2024 by dylan

We recently completed this monitor-style pole building for our customer in Graham, designed to accommodate their need for vehicle and toy storage. Monitor-style buildings are known for their distinct barn-like roof style, featuring a raised central section. Thus, making them both functional and visually striking. This pole building not only meets the customer’s storage needs but also provides additional space for relaxation or even future living accommodation, thanks to its versatile design.

Why Choose a Monitor-Style Pole Building?

Particularly, the monitor-style design offers several advantages for customers looking to maximize space and add visual appeal to their property. Additionally, with a raised central section and ample natural light. Monitor buildings feel spacious and inviting. The layout also allows for a second-floor loft, which in this case has been designed as a center aisle space—perfect for future use as a hangout area or even a small living space. This style provides both the storage our customers needed and a comfortable area for leisure.

Building Specifications and Features

Our Graham project highlights some impressive specifications tailored to our customers’ needs:

Building Dimensions: The building measures 44’x56’x14’/25′ to accommodate various storage needs. The center loft is 20 feet by 56 feet, giving our customers the ideal second-floor area for relaxation or future expansion.
Garage Doors: The building includes five different garage doors, ensuring easy access for vehicles and toys of all sizes.
- (2) 12′ x 9′ raised panel steel overhead doors with 48-inch high-lift tracks
- (2) 10′ x 12′ raised panel steel overhead doors with convenient rope openers
- (1) 18′ x 14′ raised panel steel overhead door with a rope opener for larger vehicles
- (1) 8′ x 8′ raised panel steel overhead door with a rope opener for smaller equipment or toys

Build Your Dream Pole Building with Us!

Whether you’re looking for vehicle storage, a workshop, or a unique space to relax, we’ll work with you to design a building that’s both functional and beautiful. If this monitor-style project in Graham has inspired you, contact us today to start planning your own custom pole building!

See our other Monitor pole buildings here:

Monitor Steel Garage RV Storage Roy, WA

Hybrid Monitor Pole Barn Garage Shop Hansville

Why Post-Frame Construction Works Differently

Step 1: Site Layout and Preparation

Step 2: Post Hole Excavation and Post Setting

Post Material and Treatment

Direct Embedment versus Bracket-Mounted Posts

Holding Posts Plumb While Concrete Cures

Step 3: Framing the Walls, Roof, and Structure

Girts Tie the Frame Together and Carry the Siding

Trusses Go Up Engineered for Your Specific Snow Load

Purlins Bridge the Trusses and Replace Full Sheathing

How the Framing Is Engineered to Resist Lateral Forces

Step 4: Roofing Installation

Step 5: Siding Installation

Step 6: Doors, Windows, and Trim

Step 7: Gutters, Vents, and Final Exterior Details

How Long Does Pole Barn Construction Take?

Phase

Typical Duration

What Happens After Construction

Schedule a Complimentary On-Site Consultation

What Is a Pole Barn Garage?

Pole Barn Garage Ideas for Western Washington

Multi-Bay Garage for RVs, Boats, and ATVs

Garage and Workshop Combo

Lofted Storage Space

Garage With Loft Apartment

Lean-To Addition for Covered Parking or Animals

Exterior Finish and Aesthetic Customization

Minimalist Modern Garage

Monitor-Style Garage

Commercial and Fleet Vehicle Storage

Matching an Existing Structure

Building for Western Washington’s Climate

Ready to Start Planning Your Pole Barn Garage?

Gable Treatment Options Worth Considering

Hardie Shingles

Cedar Shingle

Board and Batten

Lap Siding

Belly Band

Additional Design Choices for Your Building’s Gables

Choosing a Gable Treatment That Fits Your Property

Match the Treatment to Your Building Type

Echo What Is Already on Your Property

Think in Systems, Not Single Decisions

Begin Designing Your Custom Gables Today

Step 1: Initial Consultation & Site Visit

Step 2: Custom Design & Material Selection

Step 3: Permits and Engineering

Step 4: Scheduling and Site Preparation

Step 5: Materials Delivery and Construction

Step 6: Walk-Through and Warranty

Here’s an Approximate Pole Building Timeline Overview

Why Choose PermaBilt

Let’s Build Something That Lasts

The Right Choice for Any Post-Frame Build

What Is a Monitor-Style Pole Barn

Structural and Practical Advantages of the Monitor-Style

Common Uses for Monitor-Style Pole Barns

Monitor Buildings We’ve Constructed Across Washington

Working Garage and Shop in Port Angeles, WA

Two-Story Horse Barn in Brush Prairie, WA

Family Recreation Building in Washougal, WA

Three-Car Residential Garage in Snohomish, WA

RV Storage in a Gated Community in Roy, WA

Is a Monitor-Style Pole Barn Right for Your Project?

What Are Dutch Gambrel Barns?

Structural and Practical Advantages of the Dutch Gambrel Barn

Common Uses for Dutch Gambrel Barn Buildings

Shops and Garages

Agricultural and Livestock Storage

Homes, Barndominiums, and Additional Dwelling Units

Light Commercial and Event Spaces

Dutch Gambrel Design Variations and Customization Options

Construction Methods for Dutch Gambrel Barns

Conventional Stick-Frame Construction

Pre-Engineered Steel Buildings

Post-Frame Construction

Choosing the Right Builder for Your Dutch Gambrel Barn

Is a Dutch Gambrel Barn Right for Your Project?