What Is HVM in UAE Airport Security? Expert Guide

UAE airports rely on certified hostile vehicle mitigation (HVM) systems including crash-rated bollards, static bollards, and safety barriers tested to PAS 68 or IWA 14 standards, to prevent vehicle-based attacks on terminals, drop-off zones, and critical infrastructure. In Dubai, all HVM safety barriers and bollards must also carry SIRA approval. Selecting the right barrier rating, foundation depth, and spacing is critical to building a compliant, effective airport perimeter.

What Is Hostile Vehicle Mitigation and Why Do Airports Require It?

Hostile vehicle mitigation (HVM) refers to a system of certified physical barriers designed to stop a moving vehicle, whether driven intentionally or recklessly from breaching a protected zone. In airports, that zone includes terminal entrances, passenger drop-off areas, staff access gates, and the perimeter boundary itself.

The threat is structural, not speculative. Airports combine high footfall, continuous vehicle access, and global visibility, exactly the conditions that make them high-value targets. The 2017 vehicle attack at Barcelona’s Las Ramblas, and multiple incidents at airport perimeters across Europe and the Middle East over the past decade, have accelerated the push toward mandatory certified HVM in critical infrastructure globally.

According to the INTERPOL Terrorism Resource and the UK Centre for the Protection of National Infrastructure (CPNI), vehicle-as-a-weapon attacks are among the most difficult to intercept and the most damaging in public-space environments, making physical barrier infrastructure the most reliable line of defence.

At Frontier Pitts Middle East, we have supplied and installed certified HVM systems across the UAE and wider Gulf. What we consistently find is that planning errors not product failures are the primary cause of inadequate airport perimeter protection. This guide is designed to close that gap.

Understanding PAS 68, IWA 14, and SIRA: The Standards That Govern UAE Airport HVM

Not all bollards are crash-rated. Not all crash-rated bollards are equal. The following three frameworks define what certified HVM protection looks like in the UAE:

PAS 68 – The British Impact Test Standard

Developed by the British Standards Institution (BSI), PAS 68 specifies vehicle impact test conditions for security barriers. A product certified to PAS 68 has been physically crash-tested against a vehicle of a defined weight at a defined speed. For example, a bollard rated PAS 68 at 7.5t @ 80kph has stopped a 7,500kg vehicle travelling at 80 kilometres per hour in a controlled test environment. The certification is independently verified it cannot be self-declared.

IWA 14 – The International Vehicle Security Barrier Standard

IWA 14 is an internationally recognized standard published by the International Organization for Standardization (ISO). It provides a performance rating framework for vehicle security barriers used in public spaces, and is often the preferred specification for multinational airport projects and tender documents that require international comparability. IWA 14-rated products from our range include options tested at 7.2t @ 80kph and 3.5t @ 48kph.

SIRA – Dubai’s Regulatory Requirement

The Security Industry Regulatory Agency (SIRA) governs security systems deployed in Dubai. Any HVM product installed in a Dubai airport environment whether on the terminal forecourt or the perimeter road must carry SIRA approval. Our Terra Static Comet Bollard (IWA 14, 3.5t @ 48kph) is SIRA certified. We guide all Dubai clients through the compliance documentation process as part of our project delivery service.

Frontier Pitts Middle East Static Bollard Range: Full Comparison

Our certified static bollard portfolio covers the full spectrum of airport security requirements from ultra-shallow mount solutions for existing terminals to high-speed perimeter protection. Every product in this range has been crash-tested under PAS 68 or IWA 14.

Bollards vs Road Blockers: Choosing the Right HVM System for Each Airport Zone

Both static bollards and road blockers form part of a complete airport HVM strategy but they serve distinct functions. Confusing the two, or selecting the wrong system for a zone, is one of the most consequential planning errors we see.

In practice, most UAE airport perimeters use a combination: static bollards in public-facing zones where aesthetics and passive protection are priorities, and active road blockers at controlled staff and vehicle access points where verified entry is required.

How to Plan an HVM Bollard Deployment at a UAE Airport: Step-by-Step

1. Conduct a zone-by-zone risk assessment Map each zone by footfall density, vehicle speed, and public accessibility. Terminal forecourts carry different threat profiles than perimeter service roads. Each zone needs a separately specified solution.
2. Match the certified product to the threat level Select bollards tested to PAS 68 or IWA 14 at the appropriate vehicle weight and speed. A 7.5t @ 80kph rated product is appropriate for high-speed perimeter roads; 3.5t @ 48kph may be sufficient for a pedestrian forecourt with controlled vehicle access.
3. Assess your foundation constraints early Existing airport terminals often have underground utility ducts and service tunnels. Shallow and ultra-shallow mount bollards, like our Terra Shallow Jupiter (200mm) and Terra Shallow Mars (230mm) are engineered for exactly this constraint, without any compromise to their certified impact performance.
4. Calculate bollard spacing correctly A vehicle does not need to knock a bollard over it only needs a gap wide enough to pass through. Spacing must be calculated based on target vehicle width, typically keeping gaps under 1.2m. This is one of the most common, and most avoidable, errors in airport HVM planning.
5. Integrate with your wider security architecture Bollards work best as one layer in a multi-system security approach. Combine with CCTV, access control, HVM barriers, and road blockers for a complete perimeter. Isolated bollard deployments are rarely sufficient for a critical infrastructure environment.
6. Confirm regulatory compliance before installation begins In Dubai, secure SIRA approval documentation in advance. In other emirates, verify with the relevant authority. Installing non-approved systems creates both security risk and legal liability remediation after the fact is costly and disruptive.

Five HVM Planning Mistakes UAE Airport Projects Must Avoid

❌ Non-certified barriers If it is not tested to PAS 68 or IWA 14, it is not certified HVM. Supplier claims without independent test certification are not sufficient for regulatory compliance.

❌ Incorrect bollard spacing Gaps wider than the vehicle you are trying to stop defeat the entire system. Spacing is a calculation, not an estimate – treat it as such.

❌ Ignoring landside risk Security planning that focuses only on airside leaves the most publicly accessible – and therefore most vulnerable – airport zones unprotected.

❌ Wrong foundation depth Installing a standard product in a site that needs a shallow-mount solution creates compromised embedment and potentially voids the crash certification. Always match the product to the site.

❌ Treating HVM as standalone A bollard line without CCTV coverage, access control integration, and active barriers at vehicle checkpoints is a perimeter with gaps. Plan systems, not individual products.

Frequently Asked Questions About HVM and Airport Bollards in the UAE

What is a hostile vehicle mitigation (HVM) system in airport security?

A hostile vehicle mitigation system is a set of certified physical barriers, including crash-rated bollards, road blockers, and HVM barriers designed to stop unauthorized or weaponized vehicles from entering restricted airport zones. In the UAE, effective HVM must meet PAS 68 or IWA 14 testing standards and, for Dubai deployments specifically, SIRA approval.

What is the difference between PAS 68 and IWA 14 for security bollards?

PAS 68 is a British standard that independently certifies a barrier’s performance under vehicle impact at defined speeds and weights. IWA 14 is the equivalent international standard from ISO. Both are accepted in the UAE. IWA 14 is often specified in international tenders and for products destined for non-UK markets; PAS 68 is widely recognized in British-influenced security specifications. Our range includes products certified to both.

Are crash-rated bollards required by law in UAE airports?

UAE airports are subject to authority-specific security frameworks. In Dubai, all perimeter security systems must meet SIRA approval requirements. Across other emirates, similar regulatory structures apply. Deploying non-certified barriers in a regulated environment creates both security risk and legal liability for the operating authority.

What foundation depth is needed to install static bollards at airports?

Foundation depth varies by product. Standard static bollards require conventional excavation, while shallow-mount designs, such as the Terra Shallow Jupiter (IWA 14, 200mm) and Terra Shallow Mars (PAS 68, 230mm embedment), are specifically engineered for sites with limited dig depth due to underground utilities, a very common constraint in existing airport terminal environments.

What is the highest crash rating available in Frontier Pitts Middle East’s bollard range?

The Terra Static Jupiter Bollard (PAS 68, 7.5t @ 80kph) and the Terra Shallow Jupiter (IWA 14, 7.2t @ 80kph) represent the highest impact ratings in our static bollard portfolio, suitable for perimeter roads and zones where high-speed vehicle threats must be intercepted.

Ready to Specify Your Airport HVM System?

Frontier Pitts Middle East supplies and installs British-manufactured, PAS 68 and IWA 14 certified bollards and HVM barriers across the UAE and Gulf. We handle everything from product selection and compliance documentation to installation and commissioning.View Our Full Bollard Range →Contact Our Team →