Industrialized Aluminium Construction: How Gaptek Technology Works

Industrialized construction is transforming the way large-span buildings are developed for the aerospace, defense, healthcare, and industrial sectors. At Gaptek, we have spent more than 15 years developing our own proprietary technology based on high-performance aluminium structures, enabling us to design, manufacture, and build permanent buildings that are lighter, more efficient, and more sustainable than traditional construction systems.

Our technology combines engineering, industrialized manufacturing, and turnkey project delivery to reduce construction times, optimize logistics, and minimize maintenance costs throughout the building’s lifecycle.

In this article, we explain how our technology works, the advantages it offers over traditional steel construction, and why it has been selected for projects in some of the world’s most demanding environments.

What Is Gaptek Technology?

Gaptek Technology is our proprietary industrialized construction system, developed to design and build permanent large-span buildings that combine lightweight structures, rapid installation, sustainability, and outstanding structural performance.

After more than 15 years of research and development, we have created a construction system based on proprietary high-performance structural aluminium profiles, entirely designed by our engineering and architectural teams.

Our technology enables the construction of permanent buildings for applications where construction speed, logistics, reliability, and operational performance are critical, including:

• • • Aircraft hangars
    • Defense facilities
    • Industrial buildings
    • Logistics centers
    • Healthcare infrastructure

What Makes Gaptek Technology Different?

Our competitive advantage is not simply the use of structural aluminium.

The real difference lies in a construction system specifically engineered to optimize the entire building lifecycle.

Its main advantages include:

• • • Over 15 years of proprietary technology development
    • High-precision industrialized construction
    • Significantly lighter structures
    • Optimized worldwide transportation
    • Fast and safe installation
    • Reduced maintenance costs
    • Lower environmental impact
    • Permanent yet relocatable buildings
    • Fully customized designs
    • Complete turnkey project delivery, from engineering to lifecycle maintenance

Gaptek Technology vs. Traditional Steel Construction

Traditional steel construction remains an excellent solution for many applications. However, for specific projects, structural aluminium provides significant technical, logistical, and economic advantages.

Benefits of Building with Gaptek Technology

Our technology delivers measurable benefits throughout every stage of a project’s lifecycle—from design and logistics to construction, operation, and long-term maintenance.

Lightweight Structures

Gaptek’s structural aluminium technology can reduce structural weight by up to 60% compared to equivalent steel solutions. This lower weight minimizes foundation requirements, reduces lifting equipment needs, and simplifies transportation and installation.

Faster Construction

Our industrialized construction system significantly shortens project schedules through off-site manufacturing, standardized components, and mechanical connections that eliminate on-site welding.

This approach reduces installation time while improving construction quality and predictability.

Lower Environmental Impact

By using recycled aluminium, our technology can reduce the building’s carbon footprint by up to 21% compared to conventional steel construction.

The result is a more sustainable solution aligned with modern environmental standards and decarbonization objectives.

Reduced Maintenance Costs

Unlike steel, aluminium naturally forms a protective oxide layer that prevents corrosion without requiring additional treatments or periodic repainting.

This substantially lowers maintenance requirements and reduces lifecycle costs.

Permanent Yet Relocatable Buildings

Gaptek buildings are designed as permanent structures while retaining the ability to be dismantled, transported, and reassembled whenever operational requirements change.

This flexibility allows clients to protect their long-term investment.

Supporting the Circular Economy

Aluminium retains its mechanical properties through multiple recycling cycles, making it one of the most sustainable structural materials available and supporting circular construction principles.

Improved Energy Efficiency

Our buildings incorporate insulated envelope systems and high-performance building solutions that improve thermal performance, reduce energy consumption, and create more comfortable indoor environments.

Turnkey Project Delivery

Gaptek manages every phase of the project through a single point of contact, including:

• • • Engineering
    • Architectural Design
    • Manufacturing
    • Construction
    • Lifecycle Maintenance

Certified Quality

Our processes comply with internationally recognized standards, including:

• • • ISO 9001
    • ISO 14001
    • ISO/IEC 27001
    • EN 1090-3
    • ASCE Standards

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.

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

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.

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.

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.

We make reality your project

We make reality your project

We make reality your project

We make reality your project

We make reality your project

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.

We make reality your project

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.

We make reality your project

As we approach the end of the year, we would like to extend our sincere thanks to our clients, partners and collaborators for the confidence placed in Gaptek throughout 2025.

This year has been defined by strategic projects, international collaboration and sustained development across key markets in Europe, the Middle East and the United States. Each achievement reflects the strength of long-term partnerships and a shared commitment to technical excellence, reliability and performance.

We make reality your project