With the many kinds of construction available today one might ask themselves, why build a timber frame?  Our answer is why not build a timber frame?  There are many advantages of using heavy timber construction.  Some of the more obvious advantages are found in the strength, beauty, and energy-friendly benefits they incorporate into any structure. 

This blog will take a closer look at each of these benefits.

1. Beauty and Comfort:

Large exposed heavy timber beams are honest. They put the natural grain patterns, texture, and color variations of each timber on display, adding an organic warmth wherever they are used.  

Timber frame construction is traditionally rustic, can contrast nicely with tile, wood, or concrete floors, and is greatly accented with the use of sheetrock walls.  Considering that timber frame homes are designed to each owner’s personal tastes they are truly an extension of their vision and dreams, creating the personal kind of beauty that lasts forever.

Each timber beam reflects the passion and care with which the timber frame was constructed, adding that beautiful “wow” factor to each entryway, porch, great room, or kitchen they are incorporated in.   Natural checking and proud wooden pegs also lend themselves to the euphoric feeling associated with the enduring style and artistry of timber framing. 

2. Strength & Durability

Timber framing has been around for thousands of years and can be dated back as far as 200 BC in India, Japan, and throughout Europe.   There are timber frame structures still standing today, such as the Jokhang Monastery in Tibet, which has withstood centuries of weather, earthquakes, and human use, showing the true strength of timber framing.

Timber frame strength comes in part from the care taken in the design of the structure.  The use of large structural timbers utilization of traditional mortise and tenon joinery allows timber frame structures to be flexible, giving them an advantage when it comes to structural loads as well as seismic activity, wind, and snow.

3. Energy Efficiency and Eco-Friendly:

Timbers are a replenishable, natural resource when harvested responsibly. Heavy timber construction also creates a much smaller carbon footprint because of the relatively little amount of energy used to create the material compared to the amount used to manufacture concrete and steel. The use of natural heavy timbers reduces the number of chemicals that are used in the manufacturing process of pressure-treated lumber used in many conventional buildings. By using suppliers that practice reforestation, timber framers can build responsibly using what nature has already supplied.

Heavy timber frame construction can also be very energy efficient when used with structural insulated panels, which is a common practice, offering a higher R-value to the finished home or structure. They have a low thermal mass, which reduces the amount of heat absorbed and allows the house to warm up quickly. When designed thoughtfully, timber frame structures can fractionalize the cost to heat and cool compared to most conventionally built structures.

Other notable benefits:

A few other benefits to using heavy timbers in your structure include a higher fire rating.  This is due to the timber’s natural tendency to resist fire.  The timber will begin to char first sealing off the interior of the timber and essentially protecting it from damage.  The charring process delays the combustion process thus, the thicker the timber, the longer it takes for the timber to burn.

Timber frame structures are also quicker to erect than most conventional buildings.  Because the timber frame is cut, trial fit, and stacked before being shipped to the job site, time on site is cut down tremendously.  When structural insulated panels are used with timber framing, it can take days as opposed to weeks to “dry in” a structure.

Overall, the benefits of timber framing vary from beauty, substantial strength and durability as well as being energy and eco-friendly when compared to conventional construction methods.

One of the most striking elements of any timber frame structure is the truss. Designed to be aesthetically stunning and structurally sound, trusses provide beauty and great strength. In timber framing, we use many different types of trusses, with each serving their own specific purpose. Below, we've explained some of the most common truss types found in timber frame construction.

KING POST

The king post is the most common type of truss you'll see in timber frame construction, and provides a solid foundation for any structure from bridges to houses. This truss is defined by a central “king post” that starts at the tie beam and may or may not extend slightly beyond the rafters. In many instances, a king post truss will include two struts at or just below the center of the post that join into the rafters to provide extra structural strength. However, a well-designed and built king post truss is also strong enough to stand without the struts.

QUEEN POST

The queen post is the next most common truss type found in a timber frame structure. Queen post trusses are designed to allow for longer central openings at the center of the truss, making them ideal for homes or commercial structures with planned attic space. This truss type is defined by the use of two central supporting posts, which may or may not have struts extending from the sides of each post to the rafters for extra strength and support. Learn more about the queen post here.

HAMMER BEAM

Hammer beam trusses are as strong as they are beautiful and ornate. This truss type is primarily found in homes and our timber frame pavilion kits with vast open ceilings, as the center area of a hammer beam truss is very large and open. For that same exact reason, many cathedrals make great use of hammer beam trusses in their construction.

The design of the hammer beam truss is slightly more complex than that of the king post or queen post truss. The simpler form of the hammer beam truss is characterized by a small post and collar tie at the top for stability, with two hammer posts and hammer beams on either side connecting to the collar tie for added strength. The hammer beams are further supported by braces that link into wall posts.

More ornate hammer beam trusses may feature extra complex elements such as curved ties or central ribs. When ribs are added, they add an extra dimension, more beauty, and greater stability.

SCISSOR TRUSS

The scissor truss looks basic and simple, but don't let that fool you! These strong, slightly complex trusses are designed primarily for buildings, and help support sloping roofs. Scissor trusses are found in all sorts of settings, but you see them a lot in pavilions because of their open nature. Scissor trusses are named as such because they are comprised of two top and bottom chords each that intersect en route to connecting to the rafters, therefore creating a “scissor” pattern.

JAMBE DE FORCE

“Jambe de Force” translates into English as “leg of strength”, which a jambe de force truss easily demonstrates. The jambe de force truss is used primarily in buildings as well, seen in many cabins, homes, and pavilions with vast open roofs. A jambe de force truss looks almost like a hammer beam truss, but more triangular. You'll find a collar tie and post at the top, which is buttressed by jambe de force braces and central beams that provide a great deal of strength and support.

ARE THERE OTHER TYPES OF TIMBER FRAME TRUSSES?

Yes! Covering these five most common types of trusses only scratches the surface of the truss types used in timber framing. The best way to learn about other timber frame trusses, and to discover which timber frame truss might be best for your project, is to connect with our knowledgeable timber framing pros. Give us a call at (931) 484-7059 or fill out our online contact form to schedule a chat or a meeting. We look forward to hearing from you!

Somewhere during your research on the ins and outs of building a timber frame home, you've probably come across some fairly unfamiliar terminology. Upon first glance, some of the terms used to describe construction and raising processes can be very confusing. To help you understand some of what's being said to describe parts of the process, we've put together a quick little glossary of timber framing terms.

NOTE: By no means is this a comprehensive listing! The terms and definitions you'll find below are just some of the most commonly-used in the craft. If you'd like a more comprehensive list of timber framing terms and what they mean, please feel free to send us a message or give us a call today.

COMMONLY-USED TIMBER FRAMING TERMS & DEFINITIONS:

BEAM – Used to describe a horizontal timber standing in a structure.

BENT – Load-bearing structures that are joined on the ground and then raised to comprise the front, center, and back of a traditional timber frame structure.

BRACE – Timber supports that are placed diagonally in the corners of a frame to reinforce the structure.

BUTT – Refers to simple square-cut joints that connect by “butting” up against each other.

CHAMFER – A 45-degree routed edge that primarily serves as a decorative flourish, but can also serve as a safety measure to prevent injury related to coming in contact with sharp timber edges.

DOVETAIL – A decorative but functionally strong joint that fans out in the shape of a dove's tail and locks into a similarly-shaped pocket.

GIRT – Horizontal timbers within and surrounding bents that serve as a frame for upper levels of a timber frame structure.

GREEN – Used to refer to timber that still contains some degree of moisture. Most of the timbers used to construct your frame will be “green” timbers.

GUNSTOCK POST – A vertical support in a bent that allows formations of intersections between beams and other supports.

HAMMER BEAM – A tie beam used in open trusses to provide structural support to walls.

JOIST – Horizontal timber beams that bear the weight of flooring and serve as ceiling supports.

KING POST – A timber that serves as a crucial center point of intersection for other timbers in a truss.

MORTISE – The “male” connective end of a timber.

POST – Used to describe any vertical timber in a frame.

PURLIN – A horizontal reinforcement beam found at the top of a timber bent. These timbers support the roof deck.

QUEEN POST – A vertical timber used as one of two supports in a truss. Can be used in conjunction with or as an alternative to a king post.

RAFTER – A horizontal timber that's used as a roof support.

RECLAIMED – A term used to describe “recycled” timbers gathered from previously-standing structures for use in a timber framing project.

SUMMER BEAM – A beam used as a central weight support in larger open areas.

SPLINE – A thin piece of wood used as a way to reinforce timbers or splice them together.

TENON – The “female” connective end of a timber, cut to match the shape and size of the mortise for structural support.

THROUGH JOINT – A joint in which a tenon passes completely through the mortise.

TREE NAILS – Wooden pegs used to reinforce or hold connection between a mortise and tenon.

If you'd like to learn more about the terminology used for timber framing, feel free to get in touch with us today! We'll be more than happy to assist you in your learning journey.

Pavilions, just like any other load bearing structure, start with a foundation.  There are various options for transmitting gravity loads to the Earth and the decision on which route to take usually happens in the design phase.  Things to consider in your timber frame pavilion plans include snow load (live load), pavilion weight (dead load), and site conditions.  Site conditions are generally the same once preparations have been made for the pavilion raising.  Soil conditions have already been evaluated and grading and excavation has been completed.  At this point it is up to the general contractor, home owner and timber frame supplier to decide which method to use to anchor the structure.

Here at Homestead Timber Frames, we offer detailed suggestions on how to construct the foundation.  We will specify where to pour a simple slab and where to reinforce for our timber post locations (rebar is sometimes required for larger pavilions).  Most of the time the pavilion posts sit directly on the slab or sit on raised pilasters.  In every case we specify a piece of Plexiglas to mount under the post which prevents the timber frame from wicking moisture out of the concrete.

Moving on, once the concrete is in place and reinforced in the required locations, our crew begins the installation of Timberlinx.   Timberlinx is a commonly used fastening system to secure timber elements to each other or to foundations.  We prefer using Timberlinx over other systems for mounting our pavilion post feet.  First, a hole is drilled into the concrete at the specified location and to the appropriate depth.  Then a threaded bolt is inserted, leveled, and epoxied into place.  Once the epoxy dries we fasten the top Timberlinx cylinder to the rod leaving it proud of the concrete as specified.  Thirdly, the frame is raised and posts (with pre-drilled holes at their bases) are set down onto the Plexiglas, sliding the Timberlinx into the post.  Finally, the specified Timberlinx screw is inserted into the side of the post and tightened, thus securing the post to the foundation.  A wooden plug is used to conceal this connection and is sanded flush with the outside face of the post.  Almost the trick of a street performer, the post base connection is hidden giving the frame a very clean appearance.  Constructing an accurate and strong foundation is the most important step in preparing to raise a timber frame pavilion, thus our crew often makes a special trip to measure and evaluate the work before raising a pavilion.  Quality from the ground up you could say!

Many considerations for the design and fabrication of a pavilion kit are rooted in how the finished product will look. Behind the scenes, we make sure that the design is structurally sound. The form and function areas of design are all the while being considered. This is highlighted in the pavilion roof framing through a form that makes the function a visible design parameter. This is how a timber frame gets its shade, not to mention the overall look of the finished product.

Common Roof Styles

Considering a pavilion roof usually starts with the question of roof style. The most popular styles are gabled and hipped. A gable roof has a peak running parallel with the eaves. Principle rafters (members running from eave to peak) are the main support in this type of roof framing. A hipped roof pavilion has a high point to which each eave runs up to. Hip rafters (members funning from each corner to the high point) are the supporting members used in this style of roof.

Each design has a unique look and the applications are endless. For example, a gable roof can be square or rectangle with varying roof pitches to accommodate different truss styles and site requirements (existing structures, etc.). Gable truss style options are also seemingly endless varying from king post, queen post, hammer beam an so on. A hip-roofed pavilion has a different set of options that are varied as well. The structure can be square or rectangle but the plate (eave) is of the same height at each side. More often than not a boss pin is used to join the hip rafters at the high point. A square structure receives a singular boss pin while a rectangular structure receives two, one at each high point connected by a timber ridge.

Other Roof styles

Along with the most common styles of roofing there are others that are also worth mentioning. The mono-pitch or shed roof style lends itself well to a timber frame as it serves with function and

Completing the look of a pavilion is done with the roof design. Large timbers with wide spacing can be used to give a bold and heavy look while smaller members can be spaced closer together for a light and airy look. Beam spacing is decided in design adhering to roof loads and a timber's ability to carry that load, as well as provide channels to run electrical wiring, keeping it secure for the elements. Form and function reside together in harmony and the pavilion roof system becomes the structural focal point of the frame. Once the pavilion roof system is sheathed and finished in the owner's selected material, it is time to sit down and look up!

Using your own timber to build your timber frame home is a great idea. But as with all things, there are pros and cons of doing so. This article is going to outline a few of these to help you make an educated decision. Which trees do I cut down? How do I know what is best and where do I start? All good questions and we are here to help you with them.

Timber framing is a perfect process for someone who values a fine custom product. We have always been known as a company that lets you sit behind the wheel of your project, start to finish. We empower you to make the big decisions throughout the building process, from planning to even using your timber. Take it from us - nothing says "custom" more than using your timber.

Our team enjoys watching as you take the lead and drive the process for your project. From beginning the design process to driving the pegs, we want you to enjoy every step of the journey. This includes determining which timbers you will want to have your structure built out of. Wood species can be confusing and we have addressed that in another of our blogs. We want to talk today about using your own timbers and how to get there from here.

In the bigger picture, using your timber for your build can be a double-edged sword. Below we've listed three pros and three cons of using your timber for a timber frame project.

The Pros of Using Your Own Timber

• It's a Great Personal Touch: As we mentioned above, nothing says "custom" more than using your timber for your timber frame project. If you have the right kind of timber for a project on your land, harvesting it and having it milled for your timber frame structure is a fitting use for it. By doing so, you'll be putting the best personal touch possible on your property.

• It Can Cut Down On Expenses: When we choose and mill the timbers for your project, it's added cost that can make your project a little more expensive than you'd hoped. If you're a client who has your own timbers and the ability to mill them, such as having a portable or fully-functional sawmill, then using them can cut down on some of the expenses involved in bringing your vision to life.

• It's a Perfect Use of Available Resources: Have you been looking to clear space on your property for any reason? Those trees you're taking out might just be the best resource you have available for your timber frame project. Putting the trees you've just taken down to good use for your timber frame structure is the best way to ensure that they'll live on as something other than firewood, scrap, wood, or wood chips.

The Cons of Using Your Own Timber

• Choosing a Species That Isn't Preferable For Building: There are very specific types of timber that work best for certain timber frame structures. For instance, white oak is a strong, durable hardwood that can provide a house frame that'll stand for decades. If you're looking to build a home that will last, but all you have available on your property is a softer wood species that isn't conducive to home building, then you'll need to have the timber purchased. Of course, you can purchase it yourself, but you'll be adding a significant expense. Speaking of significant expenses...

• It Can Raise Expenses: Let's say you have your timber, but you don't have the ability or tools to mill it on your own. To make the timber workable, you will have to find a nearby sawmill to mill the wood for you. Some mills are less expensive than others, but needing to have the timber cleared (that's another big expense) and milled by a commercial sawmill will raise the cost to a comparable level, if not higher, to what it would be if we procured the timber and had it milled for you.

• It Can Leave a Massive Footprint on Your Property: Having an abundance of trees on your property doesn't always mean you should use them for timber. The only reason you should have trees harvested at all is if you're already looking to clear space on your land for a new addition or to make space for any reason at all. If you don't want to carve space into desirable woodland that'll stay empty for a decade or two, it's best to have the timber purchased.

If you are still questioning whether or not you should use your timber for your timber frame project? Please give us a call with any questions regarding the process of selecting the perfect timbers for your project. We're always happy to do what we can to help you select the right materials for your timber frame project.

Timbers are heavy! How do we handle the weight safely?

In building their first timber frame, Homestead Timber Frames Founders Bruce and Cyndy Gardner lashed timbers to a rusty home built boom pole hooked to an ancient tractor. The contraption was only marginally better than sliding the timbers along the ground with a rope tied to the truck bumper. Either solution would take about the same amount of time but the boom pole choice kept damage down to a minimum. To move a timber a short distance my brother and I simply picked it up and put it where it needed to go.

The best choice of equipment for moving timbers is a forklift. If you could borrow or buy one of these nifty pieces of equipment with tires large enough so that you don't get stuck in your storage area that would be ideal! Your second choice could be a tractor with forks. Next up is a hand pushed timber cart - home built or purchased - on which to balance a timber one at a time. Beyond these choices you could use rollers, possibly adding a pick-up tuck to the mix. Last in lime is to rely on a strong back and a few friends.

I listed this question about weight first in line because it is just that. If your timber frame project requires 7,000 board feet of green oak (a full timber frame for an 1,800 square foot home) you will be unloading and working with 50,000 pounds of wood. You do not want to figure this one out later.

You may consider using a lighter weight wood species such as kiln dried Douglas fir which weighs half as much as green oak. You could shorten clear spans so that smaller timbers can be used. You may decide to timber frame a portion of the structure and use conventional lumber for the balance to lessen the lifting and speed up the building schedule.

When it comes to enjoying your timber frame pavilion after the sun sets or during warmer climates, the addition of lighting, ceiling fans, and electrical outlets can transform your outdoor space into a versatile entertainment area. The challenge, however, lies in integrating electrical service within the open structure of a timber frame pavilion while ensuring the wiring is both safe and invisible. Over the years, we have honed several effective techniques to meet these challenges head-on, ensuring our clients can enjoy their pavilions to the fullest.

Our Wiring Objectives

Our primary goals when wiring a timber frame pavilion are:

• Safety: Implementing wiring techniques that ensure the safety of the structure and its occupants.
• Client Satisfaction: Fulfilling our clients' specific wiring needs and preferences.
• Efficiency: Streamlining the process for electricians, making their task straightforward and efficient.
• Aesthetics: Concealing wiring to maintain the natural beauty of the timber frame structure.

Planning and Implementation

The first step involves detailed planning. We begin by listing all the fixtures and amenities our client desires, from lighting to fans and outlets. We provide expert placement suggestions that not only avoid structural joints but also maximize the aesthetic and functional impact of each element. Following client approval, we identify the optimal wiring routes and methods.

Our preparatory work includes detailed shop drawings that feature channels or chases for wiring and specially designed pockets for electrical boxes. These provisions accommodate everything from lighting and fans to switches and outlets, ensuring they integrate seamlessly with the structure. We ingeniously create channels atop roof timbers for wiring, which is laid after the timber frame is erected but before the roof decking is installed. Ceiling boxes for lights and fans are flush-mounted on the underside of timbers, prepared in advance to facilitate the electrician's work.

Overcoming Challenges with Innovation

Timber frame posts offer a unique challenge, especially when all sides are exposed and visible. To address this, we developed a novel two-step channel approach. The initial, deeper channel houses the wiring, while a secondary, wider but shallower channel is cut over the first. After the frame is up, the electrician places the wiring in the deeper channel. A fillet strip, crafted from the same material as the frame, is then installed over this channel, flush with the post's surface, and can be removed for future wiring updates if needed.

This innovative technique ensures that once the timber frame pavilion is complete, the wiring remains entirely hidden from view. While we stop short of calling it magic, the seamless integration of modern electrical conveniences into these traditional structures is indeed a kind of magic, allowing for a blend of rustic beauty with contemporary comfort.

Conclusion

Wiring a timber frame pavilion requires thoughtful planning, skilled execution, and creative solutions to ensure the electrical installations are safe, functional, and invisible, enhancing the enjoyment of these beautiful outdoor spaces without compromising their aesthetic integrity. Through our dedicated approach and innovative techniques, we make it possible for our clients to enjoy their timber frame pavilions under any conditions, whether it's basking in the glow of ambient lighting or staying cool under the breeze of a ceiling fan.

Right off the bat, we can tell you that pole barns and timber frame barns are completely different structures. The only real similarity between the two is that both use strong hardwood as the main frame of the structure. Well, we also count the fact that both structures are barns. That's where the similarities end.

In every single way, from conception to build, there are many crucial differences between timber frame and pole construction barns. Today, we're going to examine some of the most important ones.

THE DESIGN

Because of the intricate parts and joinery required to hold the heavy timber components of a timber frame together, a timber frame barn requires a more complex design. When designing and laying out a timber frame barn, you must consider the proper placement of such elements as:

• Trusses
• Beams
• Posts
• Ties

As well as the placement of mortise and tenon connectors to ensure that the frame of your barn is strong and structurally sound.

Pole barns do not require the same intricate joinery for the strength and solidity. In fact, much of a pole barns strength comes from the posts are buried in the ground. They also do not use heavy timber in their construction, instead requiring wood that is smaller and more lightweight. Because of these things, the design of a pole barn does not need to be as complex as that of a timber frame barn.

THE BUILDING PROCESS

Pole barns are often prefabricated, meaning that after you choose a design and are shipped a kit. These kits are simple enough to build for either the DIY enthusiast and some friends or a small crew that has basic knowledge of construction. All you have to do is dig holes for your poles – no foundation required – and put it all together. Simply stated, pole barns are simple buildings for keeping farming equipment, storing hay, or possibly housing livestock.

Timber frame barns are designed to meet the needs of our clients. Unlike pole barns, a permanent foundation is required to create a strong, solid base for your timber frame barn. The heart of your timber frame structure is comprised of bents. These bents are assembled on site by experienced joiners due to the complex joinery required to hold each piece together. Because of the weight of timber frame barn bents, they must be raised by cranes. While this sounds like a time-intensive, costly process, it's all worth it. Timber frame barns and all timber frame structures are built to be enjoyed for decades to come.

THE DURABILITY & THE COST

When you're trying to choose between a pole barn or a timber frame barn, there are two things you should consider:

• What you're planning on using the structure for
• What kind of budget you're working with

Pole barns ultimately cost less than timber frame barns. This is partly due to their prefabricated nature and because pole barns are not built to last for generations. If you're looking for something with more uses than general storage that can stick around longer than a few decades, then a pole barn is not for you.

Timber frame barns are more expensive, but you truly get what you pay for. If treated right and maintained well, a timber frame barn can stick around for centuries. Don't believe us? Check out some of the Renaissance timber architecture found in many European and Scandinavian countries that still stands today. Timber frames cost more in part because of the labor intensive techniques used in building them. Much of the cost is attributed to the building processes used, and the labor involved, but having your building expertly put together by experienced joiners means that you'll get a quality building that you'll get many, many uses out of.

Now you know how that pole barns and timber frame barns are completely different structures. Still curious as to whether or not a pole barn or a timber frame barn is right for you? Give us a call at (931) 484-7059 or fill out our online contact form to schedule a quick chat with us. Our timber framing experts will be more than happy to help you find the solution that best fits your needs!

A timber frame airplane hangar is likely something you have never thought of owning. After all, most hangars are made of metal, which is sold as being more durable and offering more protection for your planes, helicopters, jets or even your collectible antique cars.

Over the last few years, metal plane hangars being the norm has changed.

Commercial clients have started looking more toward timber frame structures in recent years as a more reliable and stable structure type to replace metal and stone. This includes timber framed airplane hangars. While the rustic beauty of a timber frame airplane hangar is certainly more appealing than the cold, unfeeling aesthetic of metal, those who seek to have timber frame plane hangars built are quickly discovering that these structures offer more benefits than traditional metal hangars.

If you're looking to have a plane hangar built, we invite you to stick around. Today, we're going to discuss some of the top benefits of having a timber frame airplane hangar.

HEAVY-DUTY TIMBER PROVIDES GREATER DURABILITY

Metal is durable, sure, but when stacked against elements such as:

• Excess rainfall
• Heavy snowfall
• Harsh winds

Metal plane hangars tend to have a fairly short lifespan, unless you're willing to pay a lot of money for a lot of maintenance. Without that attention, metal plane hangars tend to corrode and rust, leading to structural failures such as bending and collapses. With a well-designed and expertly constructed timber frame airplane hangar, you'll get a durable structure that can easily stand up to the most harsh elements without bending, buckling, or breaking, and will last for years to come.

TIMBER FRAME PLANE HANGARS REQUIRE LITTLE MAINTENANCE

As mentioned above, metal requires a great deal of maintenance to keep it from wearing out before its time. It costs a great deal of money and time to prevent rust and corrosion from eating your metal plane hangar away inside and out. From extensive pressure washing on the outside to using caustic metal cleaning solutions to preserve the inside, metal plane hangar maintenance is not only costly, it can also be hazardous to both your aircraft and your health.

Maintaining a timber frame airplane hangar is nowhere near as intensive, costly or harmful as maintaining a metal airplane hangar. With natural polishes and waxes that are designed to preserve your timber and are often applied just before or during a raising, your timber frame plane hangar should be able to go without reapplication of preserving polishes or waxes for years to come. All you need to do is keep your hangar clean and presentable!

TIMBER FRAME PLANE HANGARS REDUCE OUR CARBON FOOTPRINT

Perhaps the biggest, and most-lasting benefit, of owning a timber frame airplane hangar is knowing that you're playing a role in helping reduce carbon emissions. It has been found that timber frame structures both play an active role in reducing the amount of carbon in the air and the construction and raising processes emit less carbon in the air than fabrication of steel parts. Steel structures alone tend to emit a great deal of carbon back into the air, making them somewhat harmful to the environment just by even standing. With strong timber capturing the emissions both in the air and from your aircraft, you're drastically reducing carbon footprint. Isn't that cool?

If you're still on the fence about your next plane hangar being a timber frame, let us help you make the leap! Our trusted timber framing experts are always happy to discuss the benefits of any kind of timber frame structure. Chat with us today or schedule an appointment to meet us at the office by filling out our online contact form or giving us a call at (931) 484-7059!