Designing and Constructing an Aircraft Hangar with Pre-Engineered Steel Buildings
If you’re planning to build an airplane hangar, you need a structure that’s strong, durable, and customizable to meet your needs.
That’s where pre-engineered steel buildings come in. These structures are specifically designed to accommodate large machinery and are perfect for storing and working on aircraft.
Also, With features like maintenance rooms, workshops, waiting rooms, office spaces, and conference rooms, these buildings are truly versatile.
Not only are they noncombustible, but they’re also ultra-strong, able to withstand high winds, heavy snowfall, and even earthquakes.
In this blog post, we’ll explore why pre-engineered steel buildings are the best choice for designing airplane hangars, and why you should choose them over traditional building structures.
However, From design flexibility to meeting state and local codes; we’ll cover everything you need to know about building your perfect airplane hangar with pre-engineered steel buildings.
Why Pre-Engineered Steel Buildings are Best for Aircraft Hangars?
If you’re considering building an aircraft hangar, there’s no better choice than pre-engineered steel buildings. Here’s why:
- Affordability
Metal buildings are the most cost-effective way to build your aircraft hangar.
Pre-engineered steel buildings come with pre-drilled holes and fasteners; and clear plans for how to build them, saving on building costs.
Working with a metal building manufacturer ensures your building is made to fit your needs, saving you even more on rebuilding or redesigning costs.
Also, Metal hangars are virtually maintenance-free; with proper ventilation and fastening systems that prevent rust and mold, saving you money over time.
- Energy Efficiency
Metal building systems save a lot of energy and are Energy Star-approved.
Energy Star-labeled metal roofs reflect the sun’s rays, reducing heat gain and cooling demand by 10-15%.
By using less energy during peak hours, you could save up to 40% on your energy costs each year, making steel airplane hangars both cost-effective and environmentally friendly.
- Customizable Living Quarters
With a hangar that has living quarters, you can create a common space for your home and your plane, eliminating the need for expensive airplane storage fees.
Also, The clear span design of prefab steel hangars gives you full control over the interior, allowing for endless customization possibilities.
Hangars with living quarters can range from a simple airplane hangar kit with a sleeping area to a luxurious home with all amenities.
Prefab airplane hangar prices are usually less expensive than traditional building methods, making it an affordable option.
By choosing pre-engineered steel buildings for your aircraft hangar, you’ll get a cost-effective, energy-efficient, and customizable structure that will protect your plane and save you money in the long run.
4 Steps to Build Aircraft Hangar with Pre-Engineered Steel Buildings
Building an aircraft hangar with a pre-engineered steel building involves four stages that require planning, preparation, and expertise.
Here are the steps involved in constructing a pre-engineered steel building:
- Site Preparation
Also, The first step is to prepare the site for construction. Clear the site of any debris, rocks, or trees that could hinder the construction process.
Ensure that the site is level to lay the foundation correctly. The site must also be accessible for delivery trucks and construction equipment.
- Foundation Construction
The next stage is to construct the foundation, which supports the weight of the entire building.
Also, The foundation must made of high-quality materials that can withstand the weight of the steel frame and loads imposed on it.
Most pre-engineered steel building providers will provide necessary drawings and information to locate and set anchor bolts.
Also, Its recommended to work with an experienced foundation contractor for proper slab laying and anchor bolt location.
- Steel Frame Erection
The third stage is the erection of the steel frame. Primary framing consists of primary I-Beam columns and rafters, which pre-cut, pre-punched, and welded for easy installation.
These are the heaviest and strongest steel pieces bolted to the foundation.
Once the frame installed, secondary members bolted to the primary framing.
- Finishing
The final stage involves installing insulation, wall, and roof sheeting.
Begin with wall sheeting, attaching it to the secondary framing using self-drilling fasteners.
After the walls done, install the roof panels and weather stripping to keep the building leak-free.
Add finishing touches such as painting, electrical and plumbing work, and flooring once the steel frame and sheeting are in place.
By following these steps, you can build an aircraft hangar with a pre-engineered steel building that is durable, cost-effective, and energy efficient.
Conclusion
Pre-engineered steel buildings are the best choice to protect your aircraft due to their strength, durability, and versatility.
They are cost-effective and energy-efficient, making them an environmentally friendly option for hangar construction.
Pre-engineered steel buildings are customizable, allowing for endless possibilities in hangar design.
When constructing an aircraft hangar with pre-engineered steel buildings, it is important to follow the four stages of site preparation, foundation construction, steel frame erection, and finishing.
By doing so, you can ensure that your airplane hangar is both functional and visually appealing, while also being a cost-effective and long-lasting investment.
