An airport perimeter is a layered system, not a single fence. This walkthrough covers the mesh, the detection line, the height and the foundations that together stop a breach — and the galvanizing that keeps them standing.
Specify airport fencing as layers: anti-climb mesh (50×50 / 75×75 mm welded or 358) at 2.4–3.0 m with a topped barrier, intrusion detection on the line, and foundations sized to height and soil. Finish with hot-dip galvanizing to EN ISO 1461 / ASTM A123 (duplex at the coast). The fence delays; detection and response decide the outcome.
The shortest answer: an airport perimeter is a layered system — anti-climb mesh, intrusion detection and a topped barrier on foundations sized to the height — engineered as one specification, not bought as a single product.
A security fencing line at an airport or other regulated site does two jobs: it delays an intruder and it triggers a response. Neither happens from the mesh alone. Zhaobang supplies the physical layers through its Custom Metal Fencing range, built to the operator's drawing with matched posts, rails and foundations detailed on the fencing specifications page.
Physical delay plus detection plus response.
| Layer | What it does | Specification note |
|---|---|---|
| Anti-climb mesh | Denies hands and feet | 50×50 / 75×75 mm or 358, 4–5 mm wire |
| Topped barrier | Raises effective height | Razor concertina on outrigger arms |
| Intrusion detection | Triggers response | Taut-wire / fence-mounted sensors + CCTV |
| Foundations | Holds the line down | Sized to height, post, soil |
Standard fence heights run 0.6–3.0 m; sports and special enclosures reach 3.0–6.0 m. Perimeter security commonly uses 50×50 or 75×75 mm welded mesh with 4–5 mm wire.
Height plus a climb-stop on top.
Start with anti-climb mesh: 50×50 mm or 75×75 mm welded mesh with 4–5 mm wire for general high-security perimeters, or 358 mesh (covered in the 358 anti-climb guide) where climbing resistance is mandated. The mesh runs 2.4–3.0 m, then a razor-concertina barrier on outrigger arms raises the effective height and removes the easy handhold at the top. Zhaobang builds panels to drawing, so the mesh height and topping are set by the security plan rather than a catalogue ceiling.
The mesh buys time; detection uses it.
The physical fence only works if someone responds. Specify taut-wire or fence-mounted intrusion detection running the length of the mesh, linked to CCTV and lighting so an alarm brings a response before a cut or climb is complete. Because the detection is load-bearing on the same posts, treat it as part of the fence specification from day one — not a separate procurement bolted on later. A delayed, undetected breach is the failure mode airports plan against, and the fencing specifications decision tree keeps mesh and sensors aligned.
What holds the line down matters as much as the mesh.
Foundations are set by fence height, post section and local soil: embedment depth and concrete volume must stop the post levering out under wind, impact or a cut panel. Taller and topped fences need deeper, larger foundations and thicker-wall posts. Because Zhaobang manufactures to drawing, the post structure and foundation schedule come from your site layout and geotechnical note, with the fencing specifications decision tree matching post size to height so the above-ground mesh and the below-ground fixings are designed as one.
Rarely maintained, fully exposed.
Airside fencing is exposed and inspected infrequently, so hot-dip galvanizing to EN ISO 1461 — equivalent ASTM A123 — is the baseline, with a duplex (galvanized-plus-powder) system for coastal or branded frontages. ASTM F668 and F900 are the reference standards for coated steel fence fabric performance, so state the galvanizing standard and zinc class in the tender. Keep mesh, posts and rails on one consistent coating — the same logic we set out in the coating comparison — so there is no weak link on a perimeter that may not be touched for years.
Airport and regulated high-security perimeters commonly run 2.4–3.0 m for the mesh, plus a topped barrier such as razor concertina on outrigger arms that takes the effective height higher. Zhaobang builds to drawing, so panels can reach the 3.0 m standard ceiling and beyond, with sports and special enclosures running to 6.0 m where the risk demands it. Height is set by the security plan, not a catalogue default — and the post wall thickness must scale with that height so the line stays rigid under both load and any topping load.
A high-security fence is a physical delay layer; the detection layer is what makes it work. Specify taut-wire or fence-mounted intrusion detection along the mesh, linked to CCTV and lighting so an alarm triggers a response before a breach is complete. The anti-climb mesh (see the 358 guide) buys the minutes that sensors and guards need. Treat detection as part of the fence specification, not an add-on procured separately, so the two are engineered as one system from the start.
Foundations are sized to fence height, post section and local soil, with embedment depth and concrete volume set so the post cannot lever out under wind, impact or a cut panel. Taller and topped fences need deeper, larger foundations and thicker-wall posts. Because Zhaobang manufactures to drawing, the post structure and foundation schedule are matched per project from your site layout and geotechnical note — the fencing specifications decision tree aligns post size to height so the above-ground mesh and the below-ground fixings are designed together.
Airside fencing is exposed and rarely maintained, so hot-dip galvanizing to EN ISO 1461 — equivalent ASTM A123 — is the baseline, with a galvanized-plus-powder duplex system for coastal or branded frontages. ASTM F668 and F900 are the reference standards for coated steel fence fabric performance, so state the galvanizing standard and zinc class in the tender. Keep mesh, posts and rails on one consistent coating so there is no weak link across a long perimeter that may not be inspected for years.