A riverside road may seem stable in dry weather. When river levels rise, water hits the embankment and washes away soil. Traffic can resume once waters drop, yet the slope suffers permanent damage.


This is one of the risks highlighted by a January 2023 European Commission report examining the vulnerability of European road networks to river flooding. The study identified roads in river floodplains as one factor contributing to greater vulnerability and recommended targeted measures such as preventing erosion and strengthening vulnerable road sections.


For these locations, Gabion Mats can provide a practical layer of erosion protection.


For Roads Where Water Keeps Coming Back
Gabion Mats are flexible wire mesh mattresses filled with stone.


Placed over an exposed slope or embankment, they create a stable rock-filled surface that helps shield the underlying soil from direct water flow.


They can be considered for areas such as:
1.River-side embankments
Where rising water repeatedly reaches the roadside slope.
2.Floodplain road edges
Where seasonal inundation leaves exposed soil vulnerable to erosion.
3.Slope toes
Where flowing water can gradually remove supporting soil.
4.Drainage and runoff zones
Where concentrated water flow repeatedly hits a particular section.


The Gabion Mat is installed across the vulnerable surface and filled with suitable stone. The mesh confines the stone, creating a continuous protective layer that follows the ground profile.
That combination gives the road section:
A physical barrier against direct soil washout
Stone protection against flowing water
Flexibility on uneven ground
A practical solution for slopes and embankments
A structure that works with locally available rock where suitable


It is a straightforward approach for projects where erosion control is the priority.


Have a river-adjacent road, floodplain embankment or erosion-prone slope to protect? Share the site dimensions and application conditions with us, and we can help determine a suitable Gabion Mats configuration.