MRO archivos - Gaptek

Wide-Body Aircraft Hangars: 5 Technical Requirements for High-Performance MRO Facilities

Administración — Tue, 14 Jul 2026 11:34:47 +0000

Wide-Body Aircraft Hangars: 5 Technical Requirements for High-Performance MRO Facilities

Wide-Body Aircraft Hangars: The Five Technical Requirements That Define a Successful MRO Project

When an airline, Maintenance, Repair and Overhaul (MRO) provider, or defense organization plans the construction of a new wide-body aircraft hangar, the first question is usually:

How large does the building need to be?

While dimensions are important, they are only one part of the equation.

The long-term success of an aircraft hangar depends on several engineering decisions that determine operational efficiency, construction speed, sustainability, and future flexibility.

As the global demand for aircraft maintenance continues to grow, operators increasingly require facilities that can be delivered quickly without compromising quality or operational performance. Industrialized construction systems have become an effective solution, allowing large clear-span buildings to be assembled faster while maintaining the structural performance required by modern aviation facilities.

The wide-body hangar developed by Gaptek for Fokker Services Group in Woensdrecht, the Netherlands, is an excellent example of how industrialized construction can successfully meet the demanding requirements of aircraft such as the Airbus A330, Airbus A350, and Boeing 777.

Why Wide-Body Aircraft Require a Different Hangar Design

Wide-body aircraft are significantly larger than narrow-body aircraft, requiring a completely different approach to infrastructure design.

An Airbus A350 has a wingspan approaching 65 meters, while the tail height of a Boeing 777 exceeds 18 meters.

These dimensions influence every aspect of the building, including structural spans, door systems, crane integration, floor loading capacity, and maintenance accessibility.

Rather than simply fitting the aircraft inside the building, the hangar must also provide enough space for maintenance platforms, ground support equipment, overhead cranes, and safe personnel movement.

For this reason, successful hangar projects begin with operational requirements—not with square meters.

1. Large Clear-Span Structures Without Interior Columns

One of the most critical requirements for any MRO facility is a completely unobstructed interior.

Interior columns reduce operational flexibility, complicate aircraft movements, and interfere with maintenance activities.

Industrialized aluminum structures allow engineers to achieve large clear spans while reducing the overall structural weight, minimizing foundation loads and simplifying construction.

The Fokker Services Group hangar provides approximately 7,400 square meters of unobstructed operational space within an 87 × 86-meter footprint, allowing maintenance operations on large commercial aircraft without structural interference.

This design significantly improves workflow efficiency while offering greater flexibility for future operational changes.

2. Proper Building Height and Advanced Door Systems

Aircraft size also determines the minimum building height.

Maintenance operations on wide-body aircraft require sufficient vertical clearance for tail access, elevated work platforms, lighting systems, and overhead lifting equipment.

Door design plays an equally important role.

Modern multi-leaf door systems allow operators to open only the required sections, minimizing heat loss, reducing energy consumption, and improving operational efficiency during aircraft movements.

The Woensdrecht facility incorporates translucent multi-leaf doors that maximize natural daylight while improving the building’s overall energy performance.

3. Integrated Material Handling Systems

An aircraft hangar is much more than a protective enclosure.

It is a highly specialized industrial workspace where engines, landing gear, and large aircraft components are routinely removed, installed, and transported.

For this reason, lifting systems should be integrated into the structural design from the earliest engineering stages.

Typical integrated systems include:

- - Overhead cranes
  - Electrical distribution
  - Compressed air networks
  - Technical lighting
  - Maintenance utilities

The Fokker Services Group hangar incorporates a 7.5-ton overhead crane suspended directly from the primary structure, providing efficient handling of heavy aircraft components while maximizing usable floor space.

4. Energy Efficiency and Sustainable Design

Wide-body aircraft hangars represent a significant long-term energy investment.

Heating, cooling, lighting, and ventilation systems must be designed to minimize operational costs throughout the building’s lifecycle.

Typical high-performance solutions include:

- - Radiant floor heating and cooling
  - Geothermal energy systems
  - LED lighting
  - Natural daylight optimization
  - Rooftop photovoltaic installations

These technologies reduce both operational expenses and environmental impact.

The Fokker Services Group project demonstrates how sustainable engineering can be integrated into large aviation infrastructure without compromising operational performance.

5. Fast Construction with Industrialized Building Systems

Time-to-operation has become one of the most important performance indicators in aviation infrastructure.

Every month a maintenance facility remains under construction delays additional maintenance capacity and postpones revenue generation.

Industrialized construction systems allow a significant portion of the project to be manufactured off-site, reducing assembly time and minimizing disruption to existing airport operations.

Compared with traditional construction methods, industrialized structures provide faster project delivery while maintaining high quality standards and engineering precision.

This approach has become increasingly attractive for airlines, MRO providers, and defense organizations seeking rapid infrastructure deployment.

A European Benchmark for Wide-Body MRO Infrastructure

The Fokker Services Group hangar in Woensdrecht represents one of Europe’s leading examples of modern wide-body maintenance infrastructure.

Its main technical characteristics include:

- - Approximate dimensions of 87 × 86 × 27 meters
  - More than 7,400 m² of operational space
  - Capacity for Airbus A330, Airbus A350, and Boeing 777 aircraft
  - Integrated 7.5-ton overhead crane
  - High-efficiency energy systems
  - Roof prepared for photovoltaic installation
  - Large clear-span industrialized aluminum structure
  - Fast on-site assembly

The project demonstrates how industrialized construction can successfully combine structural performance, operational flexibility, sustainability, and accelerated project delivery.

A European Benchmark for Wide-Body MRO Infrastructure

Designing a wide-body aircraft hangar requires much more than determining building dimensions.

Structural spans, internal clearance, lifting systems, energy efficiency, and construction methodology all play essential roles in the long-term success of the facility.

Industrialized construction systems provide an effective solution by reducing construction time, improving structural efficiency, and creating highly adaptable aviation infrastructure.

As global demand for MRO capacity continues to increase, operators require facilities that combine engineering excellence with operational flexibility and long-term sustainability.

Projects such as the Fokker Services Group hangar illustrate how industrialized structures can successfully meet these evolving requirements.

Which aircraft are considered wide-body aircraft?

Common examples include the Airbus A330, Airbus A350, Boeing 767, Boeing 777, and Boeing 787.

What are the advantages of industrialized construction for aircraft hangars?

Industrialized construction reduces project delivery times, improves quality control, minimizes on-site disruption, and provides greater flexibility for future expansion.

How tall should a Boeing 777 hangar be?

Although requirements vary depending on the project, facilities generally require more than 20 meters of internal height to ensure safe maintenance operations.

Why are column-free interiors important?

Clear-span structures maximize operational flexibility, allowing unrestricted aircraft movement and safer maintenance activities.

How does energy-efficient design benefit MRO facilities?

High-performance energy systems reduce operating costs, improve working conditions, and lower the environmental footprint throughout the facility’s lifecycle.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2025.

AERONAUTIC SECTOR

Our solutions comply with the most demanding standards and certifications, as well as the most advanced technology that military infrastructures need to fulfill their mission wherever they are required.

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Wide-Body Aircraft Hangars: 5 Technical Requirements for High-Performance MRO Facilities se publicó primero en Gaptek.

Time Is Profitability: How Construction Speed Directly Impacts ROI in MRO Facilities and Aviation Hangars

Administración — Thu, 11 Jun 2026 12:45:36 +0000

Time Is Profitability: How Construction Speed Directly Impacts ROI in MRO Facilities and Aviation Hangars

Build Fast or Fall Behind: The Real ROI of MRO Construction Speed

Every month a new maintenance facility remains under construction is a month without revenue. In an industry where a single grounded aircraft costs between $10,000 and $150,000 per hour, speed of deployment is not just a logistics advantage — it is a financial imperative.

Gaptek’s newly established U.S. office, operating under the name Gaptek USA, is strategically located at 4850 Tamiami Trail North, Suite 301, Naples, Florida, 34103. This office will serve as the company’s central hub for business development, project coordination, and client engagement throughout North America.

In Aviation, Every Day Counts

When an airline, MRO provider, or airport operator decides to expand maintenance capacity, the conversation typically focuses on initial capital outlay, technical specifications, and future throughput. One variable, however, is systematically underestimated: the time it takes to bring that facility online.

The global aviation MRO market was valued at approximately $90.73 billion in 2024 and is forecast to reach $156 billion by 2035, growing at a CAGR of 2.7% according to Oliver Wyman’s Global Fleet and MRO Market Forecast 2025–2035. Aircraft utilization is projected to exceed 112 million flight hours annually by 2035 — a 39% increase from 2024 levels.

Against this backdrop, the decision to build maintenance infrastructure is not in question. The strategic question is: how quickly can that infrastructure begin generating value?

The financial logic is straightforward. A new MRO hangar that enters service four months earlier than a comparable traditional construction project generates four additional months of revenue — while competitors using conventional construction methods are still waiting.

The Real Cost of Construction Time

In traditional construction, hangar projects involve complex sequencing across civil works, structural fabrication, systems installation, and regulatory sign-off. Each phase depends on the previous one, and delays at any stage cascade downstream.

Industry data illustrates the scale of the problem. Supply chain disruptions alone are estimated to have cost the airline industry more than $11 billion in 2025, with an additional $3.1 billion spent keeping older aircraft in service beyond their intended lifecycle due to new fleet delivery delays. The global commercial aircraft order backlog exceeds 17,000 planes — meaning MRO demand will intensify regardless of macroeconomic conditions.

Crucially, this pressure is not temporary. Load factors reached a record global average of 83.5% in 2024 — and IATA projects they will remain at or above 83% through 2026. Every percentage point of load factor tightness increases the cost of aircraft downtime and the premium placed on fast, efficient maintenance throughput.

Revenue Impact: Construction Method Comparison

Cumulative revenue generation from a new MRO hangar — traditional vs. rapid deployment construction

Cumulative revenueROI recovery timelineMonthly cost of delay

Rapid deployment (Gaptek) — operational from month 10Traditional construction — operational from month 19

Illustrative figures based on industry benchmarks: Oliver Wyman MRO Forecast 2025–2035, IATA data, and Gaptek project data. Actual figures vary by facility type, region, and contract structure.

The Gaptek Approach: Industrialized Construction for Faster Deployment

Gaptek’s industrialized construction methodology compresses the critical path between investment decision and first aircraft in the hangar. Rather than relying on sequential on-site construction phases, the system uses prefabricated structural components manufactured to specification and assembled on-site with a streamlined, parallel workflow.

The results are measurable. Industry data confirms that modular construction methods deliver time savings of between 20% and 50% compared to traditional builds. For aviation-specific infrastructure, independent benchmarks indicate that prefabricated hangar systems complete in roughly half the time of conventional construction — a finding directly validated by Gaptek’s delivery of the world’s largest aluminum aircraft hangar for Joramco, completed in approximately half the time required by traditional methods.

Comparing the two timelines

Traditional construction — typical sequence

Site preparation → Foundation works → Steel fabrication (off-site, sequential) → Structure erection → Systems installation → Fit-out and commissioning → Regulatory approval → Operational: month 18–24+

Rapid deployment (Gaptek system) — parallel workflow

Site preparation (concurrent with off-site fabrication) → Pre-engineered component delivery → Accelerated on-site assembly → Systems integration → Commissioning → Operational: month 8–12

For an MRO operator working at commercial scale, a deployment advantage of six to ten months is not incremental. It is the difference between capturing a new airline contract in the current season or waiting for the next — while a competitor fills that slot first.

Translating Speed into Financial Performance

The financial case for rapid deployment infrastructure operates across several dimensions simultaneously:

📈 Earlier revenue generation

Months of early operation compound. A facility generating $800k–$2.4M per month begins recovering its investment while a conventional competitor is still in final construction phases.

💧 Improved cash flow

Shorter construction periods reduce the capital carry burden. Less time between financial commitment and first revenue means less pressure on working capital and financing costs.

⏱ Reduced amortization period

Earlier operational start compresses the amortization curve. The same infrastructure generates more total revenue across its operational life when brought online sooner.

🌱 Scalability without disruption

Modular systems can be expanded, reconfigured, or relocated as fleet compositions change — without halting operations. Future expansion doesn’t require starting from zero.

♻️ Sustainability alignment

Adoption of green building practices in hangar development has risen 42% in recent years. Rapid deployment systems increasingly integrate solar energy, high-efficiency insulation, and low-waste fabrication processes.

🌍 Multi-environment performance

Gaptek structures are engineered to perform in desert, coastal, high-altitude, and cold-climate environments — without sacrificing structural integrity for speed of deployment.

Who Benefits Most

Rapid deployment infrastructure delivers its greatest financial impact in scenarios where the cost of waiting is highest — which describes most of the current aviation market:

- MRO centers needing to scale quickly to fulfill new airline contracts or capture fleet expansion demand in high-growth regions such as Asia-Pacific, Latin America, and the Middle East.
- Airlines seeking to reduce their dependency on third-party MRO providers by building in-house maintenance capacity ahead of fleet delivery schedules.
- Airports operating near capacity limits, where adding maintenance infrastructure is a direct enabler of new airline relationships and route development.
- Aircraft lessors and fleet managers requiring flexible storage, inspection, and turnaround facilities that can be deployed rapidly and repositioned as lease portfolios evolve.
- Defense and dual-use operators requiring compliant, high-specification facilities under compressed deployment timelines — where conventional construction schedules are operationally incompatible with mission requirements.

India’s fleet is expected to double in size by 2035. More than a dozen new airports are under construction or planned. Brazil, the Middle East, and Southeast Asia are driving similar infrastructure surges. In each of these markets, the ability to deploy MRO capacity in months — not years — is the defining competitive variable.

Infrastructure Decision = Strategic Decision

The choice of construction methodology is no longer a purely technical matter handled by project managers and procurement departments. It is a strategic decision with direct implications for revenue timing, competitive positioning, and long-term operational resilience.

In an industry where IATA projects global airline revenues to reach $1.053 trillion in 2026, and where fleet complexity and aging aircraft are driving MRO demand to historic highs, the margin for slow infrastructure deployment is vanishingly thin. Organizations that expand their maintenance capacity faster than their competitors do not just finish building sooner — they start winning contracts sooner, generating cash sooner, and building the operational capacity needed to sustain growth through the next decade of aviation expansion.

At Gaptek, our industrialized construction model was designed precisely for this environment. We help aviation operators reduce the gap between the investment decision and the first revenue-generating aircraft in the hangar — because in this industry, building faster doesn’t just mean finishing earlier. It means profiting earlier.

Ready to accelerate your MRO capacity?

Speak with a Gaptek infrastructure specialist about how rapid deployment hangars can transform the financial performance of your next aviation investment.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2025.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Time Is Profitability: How Construction Speed Directly Impacts ROI in MRO Facilities and Aviation Hangars se publicó primero en Gaptek.

The Aviation Industry Is Growing Faster Than Its Infrastructure.

Administración — Wed, 20 May 2026 13:30:31 +0000

The Aviation Industry Is Growing Faster Than Its Infrastructure.

Rapid Deployment Infrastructure: The New Strategic Standard for Civil Aviation

By Gaptek | Aviation Infrastructure Intelligence

Modern MRO facility built for Gaptek. Source: Joramco stock photography.

The civil aviation industry is growing faster than its infrastructure can keep up. Passenger demand, fleet expansion, and increasing maintenance requirements are forcing airports, airlines, and MRO providers to rethink not just what they build — but how fast they can build it.

The pressure is real and the data confirms it: according to IATA, global passenger traffic grew 5.3% in 2025, with international demand rising 7.1%. For 2026, IATA projects continued growth of 4.9%, with passenger numbers expected to reach 5.2 billion — a new industry record. Long-term, global air passenger demand is projected to more than double by 2050, growing at a 3.1% CAGR from the 9 trillion revenue passenger kilometers (RPKs) recorded in 2024.

This sustained growth is not a temporary rebound. It is a structural shift — and infrastructure must evolve with it.

The MRO Capacity Challenge

The global MRO sector is one of the clearest indicators of aviation’s expansion pressure. The global aircraft MRO market was valued at approximately $90 billion in 2024 and is projected to reach between $120 and $145 billion by 2030–2034, growing at a CAGR of roughly 4.75% to 5.2% depending on the segment analyzed (Grand View Research, Precedence Research, Zion Market Research, 2024–2025).

MRO technicians performing engine maintenance. Fleet growth is accelerating demand for skilled maintenance capacity worldwide.

Several forces are driving this growth simultaneously:

A global commercial fleet backlog exceeding 17,000 aircraft orders, as reported by IATA in late 2025
Aging aircraft in active service requiring more intensive maintenance cycles
Accelerating fleet expansion in high-growth regions, particularly Asia-Pacific, Latin America, and Africa
Stricter airworthiness and safety regulations increasing maintenance frequency requirements
Aircraft delivery delays pushing operators to extend the service life of existing fleets

The result is a structural gap: demand for MRO services is outpacing the capacity of existing facilities to absorb it.

For MRO providers, airlines, and airports, the question is no longer whether to invest in maintenance infrastructure. The question is how quickly that infrastructure can become operational.

Why Speed Has Become the Core Variable

In traditional aviation infrastructure models, the construction of a new hangar or maintenance facility could take years from planning to operation. In today’s environment, that timeline is a competitive disadvantage.

Aircraft downtime is a direct cost driver. Every additional hour an aircraft spends grounded for maintenance — beyond what is operationally necessary — represents revenue loss for the airline and reduces throughput for the MRO provider. In a market where load factors are reaching record highs (83.6% globally in 2026, per IATA projections), operational efficiency at the ground level has never been more financially significant.

Rapid deployment infrastructure addresses this constraint directly. Rather than relying on conventional construction models that require extended timelines, prefabricated hangar systems allow aviation operators to bring new maintenance capacity online in a fraction of the time.

Real-world examples are already demonstrating this capability. Last year, Gaptek delivered the world’s largest aluminum aircraft hangar for Joramco. The project was completed in nearly half the time required by traditional construction methods, demonstrating how advanced infrastructure solutions can accelerate operational readiness without compromising quality or performance.

Prefabricated structure assembly on-site.

The Operational Case for Modular Hangar Solutions

The adoption of industrialized and prefabricated hangar solutions has accelerated significantly. Industry data indicates that the shift toward modular aircraft hangars has increased by 22% in recent years, with the adoption of prefabricated designs surging by 28% due to their cost-effectiveness and faster installation timelines (Global Growth Insights, 2024).

The operational advantages of rapid deployment infrastructure align directly with the pressures facing aviation operators today:

- Reduced Deployment Timelines industrialized hangar systems use prefabricated structural components assembled on-site, compressing construction timelines significantly compared to permanent buildings. This allows airports and aviation operators to respond faster to growing demand, seasonal traffic increases, or urgent capacity requirements.
- Minimal Disruption to Active Operations Construction within active airport or MRO environments creates logistical and safety challenges. Rapid deployment solutions are specifically designed to minimize interference with ongoing flight and maintenance operations — a critical factor for facilities that cannot afford operational downtime during expansion.
- Scalability and Flexibility Aviation demand is not static. Fleet compositions change, operational volumes fluctuate seasonally, and market conditions evolve. Modern modular hangars can be expanded, reconfigured, or relocated to match shifting operational realities — a level of flexibility that conventional permanent structures cannot provide.
- Structural Performance in Demanding Environments Modern rapid deployment hangars are engineered to perform across diverse operational environments: desert airfields, coastal airports, high-altitude facilities, and cold-climate regions. Advanced materials and structural engineering ensure that speed of deployment does not compromise durability or performance.
- Support for Business Continuity Whether during fleet expansions, facility reorganizations, or temporary operational changes, infrastructure solutions that can be deployed quickly help aviation organizations maintain continuity and avoid operational bottlenecks that affect customer commitments and service quality.

Applications Across the Aviation Ecosystem

Rapid deployment infrastructure is not limited to a single type of aviation operation. The flexibility of modular systems makes them applicable across a broad range of

civil and defense aviation contexts:

MRO hangars: Primary maintenance, inspection, and overhaul facilities for commercial and cargo fleets
Paint hangars: Specialized facilities for livery application, corrosion protection, and aircraft finishing
Aircraft storage: Parking and preservation facilities for parked or stored aircraft
Ground support operations: Covered facilities for ground service equipment, vehicles, and logistics
Airport logistics and warehouse areas: Support infrastructure for cargo handling, parts storage, and supply chain operations
Training and operational centers: Facilities for maintenance crew training, simulation, and technical operations
Temporary operational buildings: Office and administrative spaces that support infrastructure projects or temporary operational needs

This versatility is particularly relevant in high-growth aviation markets, where the range of infrastructure needs is broad and the requirement for speed is consistent across facility types.

The Strategic Dimension: Infrastructure as a Competitive Asset

Aviation infrastructure investment is now a strategic differentiator, not just an operational necessity. (Hangar MRO Joramco)

Beyond operational efficiency, infrastructure investment has become a strategic differentiator in aviation. Airlines, MRO providers, and airports that can expand and adapt their maintenance capacity quickly are better positioned to capture growing demand, attract new airline customers, and absorb the operational complexity that comes with larger and more diverse fleets.

In a market where IATA projects global airline revenues to reach $1.053 trillion in 2026 — driven by 4.9% RPK growth and record load factors — the margin for operational inefficiency is narrowing. Organizations that cannot service their fleets efficiently will face compounding competitive disadvantages.

Sustainable hangar construction is also becoming a factor in infrastructure investment decisions. The adoption of green building practices in hangar development has seen a 42% rise, with solar energy, high-performance insulation, and energy-efficient systems increasingly integrated into new aviation facilities (Global Growth Insights, 2024). For operators committed to decarbonization targets, rapid deployment infrastructure increasingly offers sustainability-aligned options alongside speed and cost advantages.

Looking Ahead: Infrastructure Built for an Adaptive Industry

The civil aviation industry of 2026 is not the same as it was a decade ago. Traffic patterns, fleet compositions, geopolitical dynamics, and regulatory environments are all in a state of ongoing evolution. The infrastructure supporting aviation operations must be capable of evolving alongside these changes.

Rapid deployment infrastructure represents a fundamental shift in how aviation organizations approach capacity planning. It moves the conversation from years-long construction programs to a more agile, operationally aligned model — one where new maintenance capacity can be brought online within months rather than years.

As the global aircraft order backlog continues to be worked down and fleet expansion accelerates, the demand for MRO capacity will only intensify. Organizations that invest now in flexible, scalable, and rapidly deployable infrastructure will be structurally better positioned to absorb that demand — and to serve their airline customers more effectively in an increasingly competitive environment.

On-site assembly of prefabricated structures with the Gaptek system.

About Gaptek

Gaptek specializes in the design and delivery of rapid deployment aviation infrastructure, including MRO hangars, paint hangars, and airport support facilities. We work with airlines, MRO providers, airports, and defense operators to deliver flexible, high-performance infrastructure solutions that align with the operational realities of modern aviation.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2026.

aeronautical sector

solutions

Hangars
Military bases
Warehouses
Shelters

Structures

GAPTEK ARCH GAPTEK FLAT GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada The Aviation Industry Is Growing Faster Than Its Infrastructure. se publicó primero en Gaptek.

Final video of the Dual-Bay Hangar in Toulouse

Administración — Wed, 04 Mar 2026 12:48:06 +0000

Final video of the Dual-Bay Hangar in Toulouse

We are pleased to share the final video of the Dual-Bay Narrow Body Hangar designed to accommodate two Airbus A321XLR aircraft, located in Toulouse, France. The project was successfully completed in April 2025, delivering a new high-performance aviation infrastructure with a total surface of 6,050 m² / 65,100 ft².

This hangar has been designed to support simultaneous maintenance operations for two A321XLR aircraft, providing the necessary space and structural performance required for next-generation narrow-body fleets. The facility offers an optimized layout to ensure efficient aircraft positioning, safe operations and functional maintenance workflows within the hangar.

The video presents the final result of the completed infrastructure, offering a detailed view of the hangar’s scale, interior space and operational readiness. Located in Toulouse, one of the most important aerospace hubs in Europe, this facility strengthens the local aviation ecosystem by providing additional capacity for aircraft maintenance and technical operations.

This project reflects our commitment to delivering large-span aviation infrastructure engineered for efficiency, durability and operational performance, meeting the evolving needs of the aerospace and MRO sectors.

Click here to watch the final video:

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2026.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Final video of the Dual-Bay Hangar in Toulouse se publicó primero en Gaptek.

Gaptek at MRO Middle East 2026: Driving Innovation in Aviation Infrastructure

Administración — Thu, 05 Feb 2026 12:05:06 +0000

Gaptek at MRO Middle East 2026: Driving Innovation in Aviation Infrastructure

Gaptek Drives Innovation in Aviation Infrastructure at MRO Middle East 2026

Gaptek once again participated in MRO Middle East 2026, reinforcing its positioning as a strategic partner in industrialized infrastructure solutions for the aviation sector. The event took place on February 4–5, 2026, at the Dubai World Trade Center, confirming its role as a key meeting point for leading players in aircraft maintenance, repair, and overhaul (MRO).

Our presence at this edition reaffirmed Gaptek’s commitment to innovation, operational excellence, and the development of high value-added solutions for the industry. Throughout the event, we showcased our capabilities in the design and construction of hangars, warehouses, and other specialized aviation infrastructures, with a strong focus on operational efficiency, sustainability, and fast-track execution.

MRO Middle East 2026 served as a strategic platform to strengthen relationships with key clients and partners, as well as to identify new business opportunities across the MENA region, a priority market within our international growth roadmap.

We would like to thank all the professionals who visited our stand and showed interest in our solutions. Your trust reinforces our vision and drives us to continue delivering high-performance infrastructure for the aeronautical industry. We also extend special recognition to our commercial team for their professionalism and commitment, which were instrumental to the success of this edition.

We look forward to seeing you at the next edition.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2026.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Gaptek at MRO Middle East 2026: Driving Innovation in Aviation Infrastructure se publicó primero en Gaptek.

Gaptek lands at MRO Americas 2025: Discover our aviation infrastructure solutions in Atlanta

Administración — Thu, 27 Mar 2025 11:39:25 +0000

Gaptek lands at MRO Americas 2025: Discover our aviation infrastructure solutions in Atlanta

GAPTEK at MRO Americas 2025!

Visit us at booth #4511.

We are pleased to announce our participation in MRO Americas 2025, the leading MRO event in North America, bringing together over 16,000 aviation professionals and more than 800 exhibitors from April 8 to 10 in Atlanta.

Gaptek is an industrial company specialized in the design, manufacturing, construction, and maintenance of high energy-efficiency aviation infrastructures. Our patented construction system enables us to deliver turnkey solutions for hangars, MRO centers, FBO terminals, logistics warehouses, heliports, and more.

If you’re looking for fast, sustainable, and customized solutions for aviation projects, visit us at Booth #4511. Our team will be delighted to introduce you to the advantages of building with Gaptek:

Significantly reduced construction times.
High adaptability to specific client requirements
Reduced carbon footprint
Full compliance with the highest international standards.

MRO Americas is the key meeting point to discover the latest innovations in aircraft maintenance, repair, and overhaul. We’ll be at the heart of the show, sharing our most recent international projects and exploring new partnership opportunities.

For more information the MRO Americas:

https://mroamericas.aviationweek.com/en/exhibition/exhibitorlistEP.html

See you in Atlanta!

If you would like to know more about the latest engineering innovation in modular building, we would be happy to meet you in person!

Appointment Request | BOOTH #4511

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2025.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Gaptek lands at MRO Americas 2025: Discover our aviation infrastructure solutions in Atlanta se publicó primero en Gaptek.

Aluminum in Construction: More Sustainable and Efficient Structures

Administración — Thu, 14 Nov 2024 16:08:51 +0000

Aluminum in Construction: More Sustainable and Efficient Structures

Gaptek specializes in developing sustainable construction solutions, always focused on maximizing performance and minimizing the environmental impact of each project. For the company, material selection is crucial, and aluminum has become one of its main allies. Its lightness, strength, and durability make it an ideal choice over steel, especially for constructions requiring transport efficiency, quick assembly, and low maintenance. In this article, Gaptek shares the reasons why it prioritizes aluminum and how its qualities contribute to their mission of delivering innovative and environmentally responsible structures.

In the next article, the company will delve deeper into aluminum’s energy efficiency and carbon footprint, exploring its role in sustainable construction.

1. Lightweight and Transport Efficiency: Aluminum is much lighter than steel, with a density of only 2700 kg/m³ compared to steel’s 7850 kg/m³. This translates to lighter structures that are easier to transport and assemble, significantly reducing logistical and installation costs. Furthermore, the lower weight of aluminum reduces the foundation requirements, further lowering construction costs without compromising structural stability.

2. Strength and Design Flexibility: Aluminum’s lightness does not compromise its strength. Aluminum offers an excellent strength-to-weight ratio, making it suitable for applications where durability and load-bearing capacity are essential. This combination of lightness and strength enables innovative and efficient structural designs, surpassing traditional steel limitations.

The table 1 shows the values for strength, specific weight, and strength-to-weight ratio of each material. Although aluminum has strength similar to Steel S275 (260 MPa versus 275 MPa), its specific weight is much lower (2700 kg/m³ compared to 7850 kg/m³). This lower weight allows aluminum to achieve a strength-to-weight ratio of 0.096 MPa/kg/m³, significantly higher than both steels: S275 has a ratio of 0.035 MPa/kg/m³, and S355, 0.045 MPa/kg/m³. This indicates that aluminum is far more efficient for applications where reducing weight without compromising strength is essential.

The table 2 presents a direct comparison of aluminum’s strength-to-weight ratio with Steel S275 and S355. We see that, in terms of weight, aluminum is 66% lighter than both types of steel (with a relative weight value of 0.34 compared to 1 in steels). This, combined with its high strength, makes aluminum’s strength-to-weight ratio 2.75 times greater than Steel S275 and 2.13 times greater than Steel S355.

3.Quick and Safe Assembly: Construction with aluminum often does not require welding. Instead, aluminum is assembled using bolted joints, making the assembly process faster, safer, and more cost-effective. This method also reduces the risk of joint tension loss—a critical problem in steel assemblies that can lead to deformations or even structural collapse.

4.Durability and Corrosion Resistance: Aluminum stands out for its natural corrosion resistance, offering a significant advantage over steel, which often requires additional protective treatments, such as galvanization or painting. These coatings involve constant maintenance costs, specialized personnel, and considerable environmental impact due to the chemical compounds used. With aluminum, these treatments are unnecessary, contributing to greater durability and reduced maintenance costs in the long term, while also minimizing environmental impact.

In conclusion, aluminum is an extremely efficient and versatile material for construction, distinguished by its lightness, strength, and durability. Its low weight significantly reduces transport costs and enables more innovative structural designs without compromising stability or load-bearing capacity.

Additionally, its excellent strength-to-weight ratio makes it ideal for applications requiring light yet strong structures. Aluminum also offers significant advantages in terms of assembly and maintenance: its ease of bolt-assembly and natural corrosion resistance minimize long-term costs and environmental impact.

Together, these characteristics make aluminum a preferred alternative for construction projects aimed at optimizing resources, reducing emissions, and maintaining high standards of durability and sustainability.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2024.

defense sector

solutions

Hangars
Military bases
Warehouses
Shelters

Structures

GAPTEK ARCH GAPTEK FLAT GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Aluminum in Construction: More Sustainable and Efficient Structures se publicó primero en Gaptek.

Our participation at the MRO Middle East 2024

Administración — Wed, 13 Mar 2024 08:11:07 +0000

Our participation at the MRO Middle East 2024

The MRO Middle East 2024 concluded and was a great success for GAPTEK. The event took place on the 5th and 6th of March at the Dubai World Trade Centre, and we would like to thank everyone who found time in their busy schedules to stop by our booth.

We continue to increase our position in the industry, making new contacts and solidifying existing relationships. It is always a pleasure to meet old and new collaborators, and we look forward to our growth in the area.

We would also like to thank our valuable commercial team for their great work and for making our participation at the MRO successful and rewarding again.

If you didn’t have the chance to meet us in Dubai it will be a pleasure to welcome you at booth #4818 during the MRO Americas next 9-11 of April in Chicago.

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2023.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Our participation at the MRO Middle East 2024 se publicó primero en Gaptek.

GAPTEK at the MRO Middle East 2024

Administración — Thu, 29 Feb 2024 09:06:51 +0000

GAPTEK at the MRO Middle East 2024

GAPTEK will exhibit at the MRO Middle East next 5-6 th of March. The international event that gathers hundreds of exhibitors formed by the leading companies in the aviation industry will take place at the Dubai World Trade Centre. Visit us at booth # 79 and discover how we can work together to achieve your expansion goals.

It will be an exciting opportunity to connect with partners, suppliers and customers, strengthening channels and alliances as well as capturing new business challenges. It is always an honor to have the opportunity to connect with interesting new people!

It would be a pleasure to discuss how we can support your organization develop new expansion and building projects. If you would like to know more about the latest innovations in construction and engineering, we invite you to schedule a meeting at our stand and meet in person. We look forward to seeing you at the event!

Fill out this form to request a meeting with us.

Appointment Request

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2023.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada GAPTEK at the MRO Middle East 2024 se publicó primero en Gaptek.

Final video of the new Fokker Services Group Wide-Body Hangar

Administración — Tue, 26 Sep 2023 11:31:47 +0000

Final video of the new Fokker Services Group Wide-Body Hangar

Watch the final video of the new Fokker Services Group Hangar construction process.

It has been a pleasure and an honor to work together with Fokker Services Group on this Wide-Body Hangar project at their headquarters in Hoogerheide, Netherlands. The construction was completed at the end of May 2023, and we are pleased to share the final video summary of the construction process that began in October 2022.

The new Hangar is 6.000 m² / 64.500 ft² and has the capacity to accommodate aircrafts such as the Airbus A330, Airbus A350 or Boeing 777, and is now operating. It has been studied to allow high energy efficiency and equipped with floor heating and cooling systems powered by electricity. To allow the material transport and maintenance operations on aircrafts throughout the hangar, one overhead crane suspended from the main structure was provided.

In a second phase, photovoltaic solar panels will be installed on the rooftop, reducing the dependency of the Hangar on external energy sources. Our technology is prepared not only to support the weight of the photovoltaic panels, but also snow and winds, typical of the climate in this area.

You will find in our YouTube Channel the whole construction process of this project. This video production was executed in collaboration with Stupendastic and the Dutch Drone Centre Aviolanda who have done an excellent work.

Click here to watch the final video:

Content owned by Gaptek.
Layout by the Gaptek Marketing Department.
Copyright 2023.

AERONAUTIC SECTOR

solutions

Hangars
ENGINE WORKSHOPS
MRO WAREHOUSES
TERMINALS
OFFICES
Shelters

Structures

GAPTEK ARCH

GAPTEK FLAT

GAPTEK MODULAR

to access

We make reality your project

Know our capabilities. We invite you to see our corporate video. Do not hesitate to contact us, we will be proud to help you make your project come true.

La entrada Final video of the new Fokker Services Group Wide-Body Hangar se publicó primero en Gaptek.