The existing installation showed clear signs of deterioration and limited effectiveness against intrusion risks and wildlife hazards facing air traffic.
In this context, any intervention also had to account for on-site constraints and the specific operational requirements of the aviation sector.
This situation limited the site’s ability to maintain an optimal level of security, while making corrective work complex and costly using traditional fencing methods.
The project involved installing a welded mesh fence mounted on driven steel base anchors. The system locks directly into the ground, eliminating the need for concrete footings, excavation or earthworks (Propiclo system).
This approach delivers optimal adaptation to terrain constraints while ensuring a high level of strength and security.
Installation was carried out with no excavation and no concrete pouring, using base anchors driven directly into the ground (Propiclo system).
The method enabled a quick, flexible rollout adapted to the site’s specific conditions.
The aging, deteriorated fence has been replaced by a continuous, robust and uniform infrastructure that meets ICAO airport security standards.
Linear metres per day
Faster than a concrete-based solution
Technicians + mini-excavator
Transport and storage cut by four
Estimated lifespan
Cost savings vs. a traditional solution
This project demonstrates the ability to rapidly deploy a high-performing, durable security solution adapted to the operational constraints of an airport site.
The concrete-free approach reconciles efficiency, speed of execution and reduced environmental impact.
It stands out as a credible alternative to traditional methods for any project demanding speed, durability and controlled impacts.
Our teams support you in securing your infrastructure, whatever the terrain or sector.
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Typical response time: 24 to 48 hours (business days)
