High dynamic stiffness
Maintains confinement and structural response under repeated aircraft and service-vehicle loading.
Airport infrastructure must perform under demanding operational conditions, where pavement reliability, safety and continuous access are critical. Runways, taxiways, aprons, shoulders, access roads, drainage areas and service platforms are exposed to repeated aircraft loading, heavy service traffic, variable ground conditions and strict operational constraints.
Weak, saturated or expansive subgrades can reduce bearing capacity and contribute to settlement, deformation and pavement deterioration. These risks are intensified by drainage exposure, concentrated loading and the need to keep airport infrastructure operational during construction and maintenance.
Common airport and airfield engineering challenges include:
For airport and airfield owners, these challenges directly affect operational reliability, maintenance planning, construction cost and long-term pavement performance. In remote and unpaved airfields, the challenge can be even greater, with difficult soils, limited local materials and heavy dependence on air or long-distance logistics.
Neoloy® Tough-Cells are relevant to airport infrastructure because they address both the engineering performance and the construction reality of aviation projects.
The system creates a semi-rigid reinforced layer that distributes aircraft and vehicle loads over a wider area, helping reduce stress on weak subgrades and limiting long-term deformation. This is especially important for airport pavements built over soft clay, saturated soils, black cotton soil, peat, sand or marginal fill.
For airports, Neoloy® Tough-Cells can help:
Neoloy® Tough-Cells are manufactured from Novel Polymeric Alloy – NPA, with properties suited to long-term airport infrastructure:
Maintains confinement and structural response under repeated aircraft and service-vehicle loading.
Supports long-term dimensional stability and helps maintain cell geometry under cyclic loading.
Resists hoop stresses as aircraft loads are distributed through the confined structural layer.
Supports long-term performance under water exposure, chemicals, UV and demanding airfield conditions.
Creates a semi-rigid reinforced layer that spreads aircraft and service vehicle loads over weak soils.
Increases base and subbase modulus, improving pavement response under repeated loading.
Helps limit rutting, settlement, cracking and surface degradation.
Supports airport construction over saturated clay, black cotton soil, peat, sand and marginal subgrades.
Neoloy® NPA provides high stiffness, tensile strength and low permanent deformation for demanding airport conditions.
Enables installation in difficult or saturated ground conditions where conventional methods may be delayed.
Simplified logistics and installation help reduce construction windows.
Material optimization, reduced aggregate, reduced asphalt and local infill can lower project cost.
Less rutting, settlement and surface degradation reduces downtime and repair frequency.
Stronger airfield infrastructure supports safer and more dependable aircraft operations.
Reduces dependence on long-distance aggregate supply and heavy logistics.
Reduces the need for imported crushed aggregate where local infill can be validated.
Compact folded sections and local infill options reduce logistics burden.
Less imported material, reduced excavation and optimized pavement thickness support lower environmental impact.
Lightweight local infill can reduce structural weight over compressible soils.
Improved pavement performance reduces recurring repairs and material replacement.
The Rubkona airfield supports critical UN humanitarian operations. Before rehabilitation, the unpaved airfield suffered from continuous degradation, gravel loss, severe cracking and limited fixed-wing aircraft access during the rainy season.
Neoloy® Tough-Cells – NPA based, were selected for the rehabilitation of the runway, taxiways, aprons, access roads and drainage areas. The solution supported pavement thickness reduction, local soil use, faster construction and long-term airfield reliability.
Project value delivered
View Rubkona Airfield Case Study | Read WSP article – Rehabilitating a critical airstrip
PRS supports airport infrastructure projects with engineering evaluation, pavement optimization, application-specific design guidance, installation support and relevant project references.