From Ground to Sky: The Definitive Guide to Aircraft Hangar Buildings and Doors

Stepping into the realm of aviation, one quickly realizes the importance of storing and maintaining aircraft safely and correctly. Whether it’s a small private plane or a commercial jet, the right aircraft hangar is a critical piece of the puzzle. But how does one go about choosing the right one? What factors come into play? Let’s embark on this journey together and unmask the mysteries of aircraft hangars.

Short Summary

  • Choose the right aircraft hangar to suit your needs, taking into account material options, size and design flexibility.

  • Consider innovative door solutions with customizable features for improved safety and protection from the elements.

  • Steel construction offers cost efficiency, environmental sustainability benefits as well as essential accessories & systems required for a successful project.

Choosing the Right Aircraft Hangar for Your Needs

image of small jet aircraft inside a steel aircraft hanger by Global Steel Buildings Canada -

How do I start my Aircraft Hanger search?

Selecting a suitable aircraft hangar, whether it’s an airplane hangar or helicopter hangar, involves some research and learning what questions to ask. It’s a delicate balance of assessing your unique needs, considering the nature of your aircraft, and a variety of options. From the simple wooden airplane hangars of yesteryears to the modern marvels of steel construction, the panorama of aircraft hangars, including airplane hangars, is as varied as the planes they house. Your first step should to contact a professional Aircraft hangar designer at Global Steel Buildings Canada by submitting a request from this page.

The airplane hangar construction material is a primary factor that can’t be overlooked. Steel, for instance, is the most commonly used material for private aircraft hangars and commercial aircraft. Steel is robust, durable, and offers a level of structural security that gives aircraft owners peace of mind. But it’s not the only option on the table. Wood has it’s own merits and demerits, depending on the specific needs of the aircraft and the owner. Wood is not fireproof and won’t last forever, like steel buildings can. As long as a steel aircraft hangar is protected from corrosion it will last indefinitely.

Size and design flexibility are other key factors to consider. Having a hanger that cannot accommodate your aircraft is pointless. Depending on the type and size of your aircraft, you might need anything from a compact wood hangar to store your Piper to a large clear span commercial airport design with column free interiors for maximum space. The design and size flexibility offered by various hangar solutions ensure you can find one that fits your aircraft safely.

One of the first questions your designer will ask is what type of door do you want the building to have? Do you want a vertical bi-folding door? These doors are the most popular for the average aircraft hanger.

Material Options

When it comes to materials for aircraft hangars, there’s more than meets the eye. Steel, fabric, and wood are among the most common materials, each offering unique advantages. Steel, for instance, is renowned for its strength and durability.

Steel remains an ideal choice for aircraft storage in hangars, offering excellent protection for your expensive aircraft. Steel offers the best value per pound and lasts much longer than wood and fabric, which will be a consideration for most people.

On the other hand, fabric and wood offer viable alternatives. Fabric is lightweight and straightforward to install, offering a cost-effective solution. Nevertheless, it might not provide the same level of protection as steel or wood would.

Wood might be cost-effective, depending on lumber prices at the time you get a quote, and is easy to work with, making it an often second place consideration when compared with steel. However, it isn’t as sturdy as steel, which may be a concern when it comes to protecting aircraft.

Size and Design Flexibility

The size and design of an aircraft hangar can make or break its functionality. A hangar building that is too small or poorly designed can cause more problems than benefits. With steel construction, you enjoy design flexibility that accommodates a variety of aircraft types and sizes, making a hangar building more efficient and functional.

Retrofitting hangar entrances to meet current standards or requirements must be investigated carefully with a thorough engineering review before you apply for a building permit. This can be particularly useful if you’re looking to accommodate larger aircraft or upgrade your existing hangar. Whether you’re starting from scratch or upgrading an existing structure, it’s clear that size and design flexibility are critical factors when selecting an aircraft hangar.

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Innovative Aircraft Hangar Door Solutions

image of diamond doors bifold door

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It is important to understand that modern pre-engineered steel buildings are designed to support the hangar doors you choose for your new steel building. Therefore you must decide and commit to the hangar doors manufacturer when you order your new prefabricated metal building.

While the hangar itself is crucial, one can’t overlook the importance of the hangar doors to allow safe access by airplanes . After all, a hangar is of little use if its doors don’t function properly? Innovative aircraft hangar door solutions are transforming how we think about hangar design and functionality. Customization is the name of the game when it comes to hangar doors. The size, optional features, and exterior finishing, hangar doors to match steel building colors, they can all be designed to accommodate a different size aircraft hangar. With the right doors, your hangar can strike a balance between aesthetics and functionality.

But innovation doesn’t stop at new constructions. Retrofitting existing hangar doors is a possible solution that enhances the hangar’s functionality, facilitates ease of operation, and bolsters the energy efficiency of a steel building. Whether you’re building a new hangar or upgrading an old one, innovative door solutions can make all the difference. When considering upgrading an existing hanger make sure you talk to us before you spend any money!

Customization and Features

Aircraft hangar doors come in a variety of shapes and sizes. From sliding doors to bi-folding overhead doors, there’s a door out there to meet every hangar’s specific needs. But it’s not just about choosing the right type of door. Customization options like insulation, wind resistance, and lighting can greatly enhance the functionality of the hangar door, providing advantages over conventional metal building materials.

In addition to keeping your planes fully protected from the elements, these features can also improve the space and overall user experience. For instance, well-insulated doors can help maintain a stable temperature inside the hangar, which is essential for the maintenance of certain types of aircraft. Wind resistance can protect your hangar and its contents during storms, while adequate lighting can enhance safety and visibility.

Retrofitting Existing Hangar Doors

Retrofitting existing hangar doors is a smart move that can lead to significant improvements in functionality and aesthetics. It’s a process that involves replacing old doors with modern solutions, often resulting in enhanced protection from wind, rain, and pests.

The Diamond Doors electric lift motor, for instance, offers quiet door rollers, a low maintenance design, and a simple up/down/stop controller, providing a host of advantages when comparing prefabricated metal building materials for commercial hangar door solutions.

So, whether you’re dealing with a vintage hangar or a relatively new one, retrofitting the doors could be a worthwhile investment.

The Benefits of Steel Construction for Aircraft Hangars

low wing prop powered personal aircraft in a steel building aircraft hangar by Global Steel Buildings Canada

Now that we’ve explored the various aspects of hangar design and door solutions, let’s shift our focus to one of the most popular materials for hangar construction: steel. Steel hangars, such as steel aircraft hangars, have several advantages that make them a preferred choice for many in the aviation and aerospace industry too.

One of the most notable advantages of steel construction is its resistance to mold, mildew, and termites. Unlike wood, steel won’t warp or crack, ensuring your aircraft and equipment are protected from accelerated depreciation caused by outdoor exposure. Furthermore, steel is non-combustible, making it fireproof and providing additional protection to your valuable aircraft.

But the benefits of steel construction extend beyond its durability and protective qualities. Steel hangars, including prefabricated metal buildings, are also known for their quick assembly, which can save time and lead to significant cost and time savings. These advantages make steel construction an attractive option for aircraft hangars, especially when a prefabricated metal building compared to traditional construction methods is considered.

Environmental Impact

In an era where environmental consciousness is at the forefront of many discussions, it’s worth considering the environmental impact of steel construction for aircraft hangars. While steel production does involve mining processes and carbon emissions, it has a redeeming quality that sets it apart: recyclability.

Steel, as used in steel aircraft hangars, is highly recyclable and can be reused, thus reducing its environmental impact. Moreover, steel construction offers a high level of energy efficiency, as it requires less energy to manufacture than other materials. This makes steel a compelling choice for environmentally conscious aircraft owners.

Cost Efficiency

The cost efficiency of steel construction for aircraft hangars is another factor worth considering. As mentioned earlier, the quick assembly of airplanes from steel structures can lead to reduced construction time and labor costs. However, the financial benefits of steel construction don’t end there.

Owning a steel hangar can generate equity over time. Given the long-term durability of steel buildings, it can lead to cost savings in the long run and better protection for valuable aircraft. When it comes to balancing cost and value, it’s clear that steel construction holds a strong position in the world of aircraft hangars.

Essential Hangar Accessories and Systems

Constructing an aircraft hangar doesn’t end with choosing the right materials and design. It’s equally important to equip the hangar with essential accessories and systems that optimize its functionality and safety. From adequate ventilation to appropriate lighting, these elements play a critical role in maintaining the hangar’s efficiency and ensuring the longevity of your aircraft.

Apart from ventilation and lighting, flooring is another essential aspect. The right flooring can make a significant difference in terms of chemical resistance, light reflectivity, and ease of cleaning and maintenance. When all these elements come together, they create a hangar that not only houses your aircraft, but also contributes to its upkeep and maintenance.

Helicopter Hangars: Special Considerations

image of a helicopter in a steel building hangar Global Steel Buildings Canada

While much of our discussion has centered around building codes and around hangars for airplanes, it’s important to note that hangars for helicopters require special considerations. From safety measures to specialized equipment, constructing a hangar for a helicopter is a distinct task that requires adherence to specific design and construction requirements.

For instance, proper fire protection, ventilation, and lighting are critical safety measures that must be taken into account when constructing a helicopter hangar. Specialized equipment like hoists and cranes may also be necessary for efficient aircraft storage and maintenance. By adhering to these specific requirements, you can ensure that your helicopter hangar serves its purpose effectively and safely.

Case Studies: Successful Aircraft Hangar Projects

Private jet parked in front of steel hangar Global Steel Buildings Canada -

To bring our discussion to life, let’s look at some real-world examples of successful aircraft hangar projects. Global Steel Buildings Canada completed an enormous hangar project at Bill Bishop Toronto City Airport with an impressive steel aircraft hangar project that demonstrates the versatility and efficacy of various hangar designs and solutions, including high quality airplane hangar options. Global Steel Buildings Canada Hangars, for instance, is known for its robust and efficient airplane hangar designs. They offer a wide range of hangar solutions catering to different aircraft types, sizes and specific needs while working with most hangar door designs.

image of billy bishop stolport toronto airport from 10000 feet

Airbus and Lockheed Air Terminal, on the other hand, have set high benchmarks in the aviation industry with their state-of-the-art hangars, showcasing the latest in hangar design and technology. Through these case studies, we can see that the principles discussed throughout this blog post are not just theoretical. They’re actively put into practice in real-world scenarios, resulting in hangars that meet the demands of the aviation industry and ensure the safe storage and maintenance of valuable aircraft.


We’ve traveled a long way in our exploration of steel building for aircraft hangars. From understanding the importance of selecting the right hangar to delving into the specifics of materials, design flexibility, door solutions, and essential accessories, we’ve covered a lot of ground. We’ve seen how steel construction offers numerous advantages, especially in terms of durability, cost efficiency, and environmental impact.

But perhaps the most important takeaway is that the right hangar is the one that best fits your specific needs. Whether it’s a steel hangar for a commercial jet or a wooden hangar for a private plane, the ultimate goal is to protect your valuable aircraft and ensure its longevity. As we’ve seen in the case studies, a well-designed and constructed hangar can make a significant difference in the aviation industry.

Frequently Asked Questions

What is the difference between aircraft hangar and hanger?

A hangar is a large building for housing aircraft, while a hanger is something to hang clothes or other items on.

Hangar has two As, like the words ‘aircraft’ and ‘airplane’ and airplane, to help you remember its purpose.

Why is a airplane hangar called a hanger?

The term “hangar” is derived from Middle French “hanghart” meaning an “enclosure near a house” which has its roots in the Frankish haimgard, derived from haim (home, village, hamlet) and gard (yard).

Therefore, an airplane hangar is essentially an enclosure to store planes.

What is the use of aircraft hangar?

Aircraft hangars are the buildings used primarily to store and protect aircraft from the elements, as well as providing spaces for maintenance, repair, manufacture, assembly and storage.

Hangars are also often found at airports and airfields around the world.

Why is it spelled hangar?

Hangar is spelt the way it is as it derives from the Frankish word *haimgard, which translates to “home-enclosure” or “fence around a whole building or group of houses”, and is typically used to refer to buildings used for aircraft storage.

Connect the ‘a’ in the hangar to the ‘a’ in the airplane, and you will always spell it correctly.

What are the benefits of steel construction for aircraft hangars?

Steel construction for aircraft hangars offers a range of benefits, such as resistance to damage, cost-efficiency, and energy efficiency, making it an ideal choice for hangar owners.

These benefits make steel construction an attractive option for hangar owners looking to build a new hangar or upgrade an existing one. It is important to consider the advantages and disadvantages of steel construction when making a decision.

Steel construction is strong and durable, making it strong and durable.