An aerial view of London Luton Airport runaway after its resurfacing. Holcim supplied 35,000 tonnes of aggregates to the project. Photo by Leo Hillier via LAA Media.

High Quality Materials Make for Smooth Landing at UK Airport

LOCATION

London Luton Airport,

Luton, Bedfordshire, LU2 9LY

SECTOR

Infrastructure; Transport; Airports

PRODUCTS USED

Premium single sized aggregates

Asphalt Sand; Granite Fines
 

THE BRIEF

The £18-million runway resurfacing programme began in November 2025 and marked the first full renewal of the 1.3-mile runway since 2006.

Under UK aviation safety requirements, major runways typically require resurfacing every 20 years to remain compliant and safe for aircraft operations.

Specialist contractor Lagan Aviation and Infrastructure were brought in to deliver the project and chose Holcim to deliver the high quality materials required for the project.

An aerial view of London Luton Airport runaway after its resurfacing. Holcim supplied 35,000 tonnes of aggregates to the project.

Photos by Leo Hillier via LAA Media

What we achieved in numbers

1.3 miles

Length of runway resurfaced

35,000

Tonnes of Holcim materials delivered to project

5 hrs 44 mins

The nightly window for work to be carried out in

challenges

Because London Luton Airport operates around the clock, the construction team worked within a nightly window of only five hours and 44 minutes before the runway had to be returned to service for the first departures of the morning.

This limited access required meticulous planning, precise execution and consistent supply reliability.

Each night, approximately 15 centimetres of the existing surface was removed and replaced with a new high-performance asphalt layer engineered to withstand heavy aircraft loads and varying weather conditions throughout the year. 
 

Solution

Holcim supplied a total of 35,000 tonnes of high quality materials to the project.

Approximately 28,000 tonnes in aggregates was supplied from its flagship Bardon Hill quarry in Leicestershire and a further 7,000 tonnes of sand from its Grovebury specialist sand quarry in Leighton Buzzard to accommodate this large-scale, time-sensitive project.

Lagan Aviation used the aggregates to produce the specially engineered Marshall asphalt on site which was then applied to the runway for creating the new surfacing.  

Marshall asphalt is a high-specification, flexible, hot-mixed material specifically designed to withstand the extreme loads, forces, and high-speed impacts of aircraft landing and taking off.

The planings removed from the old runway surface were transported to Holcim’s Croft Recycling Centre, to be reprocessed and used in its circular asphalt products. As part of its commitment to circularity within the construction industry, Holcim recycles construction demolition materials (CDM) for reuse in new sustainable products, thereby maximising resources, minimising waste, and reducing carbon emissions.

The project ran between November 2025 and March 2026.

Machines and equipment involved in the operation to resurface London Luton Airport's runway.

Photo by Leo Hillier via LAA Media

A planing machine taking up the runways's old surface at London Luton Airport. Holcim supplied 35,000 tonnes of aggregates to the project.

Photo by Leo Hillier via LAA Media

An aerial view of London Luton Airport runaway after its resurfacing. Holcim supplied 35,000 tonnes of aggregates to the project.

Photo by Leo Hillier via LAA Media

An aerial view of London Luton Airport runaway after its resurfacing. Holcim supplied 35,000 tonnes of aggregates to the project. Photo by Leo Hillier via LAA Media.

Photo by Leo Hillier via LAA Media

An aerial view of London Luton Airport runaway during its resurfacing. Holcim supplied 35,000 tonnes of aggregates to the project.

Photo by Leo Hillier via LAA Media

Gareth Pugh, Director of Aggregates for the Midlands Region at Holcim UK, said: “This project is a powerful example of how our sector-focused approach is delivering real results.

“Supplying the materials on a just-in-time basis, we’ve supported Lagan’s tight project schedules while minimising risk. Our approach has also halved CO₂ emissions through smarter haulage and kept old planings in use, contributing to a more circular construction process.

“Both our Bardon Hill and Leighton Buzzard sites have been outstanding throughout, and this success shows exactly what our teams and partners can achieve collaboratively.”


“Holcim had a clear understanding of our project goals, and worked with the Lagan team to meet our tight deadlines. 

"Challenging weather brought change, which Holcim was able to react to in a positive way. The reuse of planings, and using the same vehicles for delivering aggregates, reduced the number of vehicles travelling in and out of the local community. 

"The quality of the service, and the products used for the asphalt, remained high throughout the project, enabling us to finish on time.” 

 

 

Brandi Davey, Project Manager

Lagan Aviation and Infrastructure

Relevant Products

An aerial view of an excavator loading a dumper truck with materials at Bardon Hill Quarry

From specialist sands and type 1 sub-base material to high-specification products for building projects demanding the best in quality and performance, our range of construction aggregates is extensive. It includes readily-available products for all types of construction projects, including drainage solutions, rail ballast and sea defences.

A close up of sand in a worker's gloved hand at Holcim's Grovebury Specialist Sands Quarry,

Sand is an indispensable material in the construction and industrial manufacturing industries, renowned for its versatility, availability, and unique properties that make it suitable for a wide range of applications. Whether you’re building the foundation of a new structure or adding the finishing touches to a landscape project, the quality of sand you use can significantly impact the durability, stability, and overall success of the project.

Looking into Bardon Hill Super Quarry

High Polished Stone Value (PSV) aggregates are essential for delivering high-performance, skid-resistant road surfaces. As traffic volumes increase and vehicle technology evolves, the importance of durable, high-friction surfacing materials has never been greater.

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