PAS 68 Security Products: Complete Guide to Crash Tested Vehicle Security Barriers
Discover what PAS 68 certification means, how crash testing is performed, which products comply with the standard, and how consultants, architects and infrastructure planners select PAS 68 security products for critical infrastructure projects.
Quick Answer
PAS 68 is a British crash testing standard developed to evaluate the performance of hostile vehicle mitigation (HVM) products during controlled vehicle impact tests. It measures how effectively security barriers—including Crash Rated Bollards, Road Blockers, Crash Rated Gates and other vehicle security barriers—can stop an attacking vehicle travelling at specified speeds without allowing unacceptable penetration.
Today, PAS 68 certified security products are widely deployed across airports, embassies, military facilities, government buildings, data centres, oil & gas facilities, logistics hubs and other critical infrastructure where vehicle-borne threats must be mitigated.
Although many international projects now reference ASTM F2656, IWA 14-1 and ISO 22343, PAS 68 continues to be one of the world's most recognised crash testing standards for physical security barriers.
Key Takeaways
- PAS 68 evaluates the crash performance of hostile vehicle mitigation products.
- It is one of the most widely recognised British standards for vehicle security barriers.
- Crash Rated Bollards, Road Blockers and Crash Rated Gates are commonly tested to PAS 68 requirements.
- The standard helps consultants specify proven security products for critical infrastructure.
- PAS 68 certification supports risk reduction against hostile vehicle attacks.
- Many global infrastructure projects reference PAS 68 alongside ASTM F2656, IWA 14-1 and ISO 22343.
What is PAS 68?
PAS 68 is a publicly available specification developed in the United Kingdom for testing vehicle security barriers under controlled crash conditions. Rather than evaluating only the physical strength of a barrier, PAS 68 measures how effectively a complete security system performs when impacted by a moving vehicle of a defined weight travelling at a specified speed.
The standard enables security consultants, architects, engineers and infrastructure owners to compare crash-tested products using recognised performance criteria instead of relying solely on manufacturer claims. This provides greater confidence when specifying vehicle mitigation measures for high-risk facilities.
Products commonly evaluated under PAS 68 include:
- Crash Rated Bollards
- Road Blockers
- Crash Rated Gates
- Automatic Bollards
- Fixed Vehicle Security Barriers
- Sliding and Swing Security Gates
Although PAS 68 originated in the UK, its influence extends globally and it remains one of the most frequently referenced standards in physical security projects involving hostile vehicle mitigation.
Why PAS 68 Is Important for Critical Infrastructure
Vehicle-borne attacks remain one of the most significant physical security threats to critical infrastructure. Facilities such as airports, government buildings, military installations, embassies, data centres and commercial campuses require tested security barriers capable of stopping hostile vehicles before they reach protected assets.
PAS 68 provides an internationally recognised benchmark that helps project stakeholders specify products with independently verified crash performance, reducing uncertainty during design, procurement and installation.
What is PAS 68?
PAS 68 is one of the world's most recognised crash testing standards for Hostile Vehicle Mitigation (HVM) products. Developed in the United Kingdom by the British Standards Institution (BSI), it establishes a consistent method for testing and classifying security products designed to stop unauthorised vehicles from entering protected sites.
Unlike general product standards that focus on manufacturing quality, PAS 68 specifically evaluates real vehicle impact performance. Products are subjected to controlled crash tests where a vehicle of a defined weight strikes the barrier at a specified speed. The resulting damage, penetration distance and ability to stop the vehicle are then measured and documented.
Today, PAS 68 certified products are widely specified for airports, government facilities, embassies, military installations, oil & gas facilities, utilities, data centres and other critical infrastructure projects throughout Europe, the Middle East, Asia and many international markets.
Why is PAS 68 Important?
Vehicle attacks have become a significant security concern for governments, commercial developments and public infrastructure. PAS 68 provides consultants, architects and security planners with an internationally recognised benchmark for selecting proven hostile vehicle mitigation systems instead of relying on unverified performance claims.
By specifying products tested to PAS 68, project stakeholders gain confidence that the security barrier has undergone independent crash testing under defined conditions rather than theoretical calculations alone.
- Select independently crash-tested vehicle security barriers.
- Compare products using standardised test classifications.
- Reduce design uncertainty during project planning.
- Support risk assessments for critical infrastructure.
- Specify internationally recognised HVM solutions.
How Does PAS 68 Testing Work?
A PAS 68 crash test is carried out using a full-scale vehicle under carefully controlled conditions. During the test, the vehicle is accelerated to a specified speed before impacting the security barrier.
Independent engineers record multiple performance parameters including vehicle weight, impact speed, penetration distance, structural damage and overall barrier performance.
The final classification enables consultants to compare products tested under similar conditions and determine whether a particular barrier is suitable for the project's threat assessment.
Typical Parameters Evaluated
- Vehicle type and gross weight
- Impact speed
- Impact angle
- Barrier deformation
- Vehicle penetration distance
- Debris behaviour after impact
- Overall stopping performance
Products Commonly Tested to PAS 68
PAS 68 applies to a wide range of physical security products used in hostile vehicle mitigation projects. Depending on the site layout and operational requirements, consultants may specify one or more of the following solutions.
| Security Product | Typical Application |
|---|---|
| Crash Rated Bollards | Public spaces, commercial buildings, pedestrian protection |
| Road Blockers | Military bases, government facilities, critical infrastructure |
| Crash Rated Gates | Vehicle entrances requiring controlled access |
| Automatic Bollards | Premium commercial and mixed-use developments |
| Tyre Killers | One-way vehicle control and exit management |
Global Recognition of PAS 68
Although PAS 68 originated in the United Kingdom, it has become one of the most widely referenced crash testing standards for hostile vehicle mitigation projects worldwide. Many international consultants use PAS 68 alongside other recognised standards such as ASTM F2656, IWA 14-1 and ISO 22343 when specifying crash-rated security products.
Rather than competing with one another, these standards often complement each other during the design and specification of modern physical security systems, helping project teams select appropriate protection based on operational needs, risk assessments and regional requirements.
Understanding PAS 68 Crash Test Classifications
PAS 68 testing evaluates how effectively a security barrier stops an unauthorised vehicle travelling at a specified speed while limiting penetration beyond the barrier. Rather than assigning simple "K-Ratings", PAS 68 records the actual vehicle used during testing, its mass, impact speed and the penetration distance after impact.
This detailed methodology enables consultants and security planners to compare products based on realistic attack scenarios and select Hostile Vehicle Mitigation (HVM) systems that meet project-specific threat assessments.
How PAS 68 Classifies Vehicle Impact Tests
A PAS 68 test result typically includes:
- Vehicle Category (car, pickup, truck or heavy goods vehicle)
- Vehicle Mass
- Impact Speed
- Impact Angle
- Penetration Distance
- Barrier Performance After Impact
Unlike simplified security ratings, PAS 68 provides engineers with detailed performance information that helps determine whether a barrier is appropriate for embassies, airports, military bases, data centres or other critical infrastructure.
PAS 68 Vehicle Categories
| Vehicle Type | Typical Weight | Common Threat Scenario |
|---|---|---|
| Passenger Car | 1.5–2.5 Tonnes | Commercial Buildings |
| Pickup / SUV | 2.5–3.5 Tonnes | Government Facilities |
| Medium Goods Vehicle | 3.5–7.5 Tonnes | Industrial Sites |
| Heavy Goods Vehicle (HGV) | 7.5 Tonnes & Above | Critical Infrastructure |
Impact Speed Categories
Vehicle speed significantly influences the energy transferred during an impact. Higher impact speeds require stronger foundations, reinforced structures and certified crash-rated security products.
| Impact Speed | Typical Application |
|---|---|
| 30 km/h | Urban Entrances |
| 40 km/h | Corporate Campuses |
| 50 km/h | Government Buildings |
| 65 km/h | Military Installations |
| 80 km/h | High Risk Critical Infrastructure |
Penetration Rating
Stopping a vehicle is only part of the assessment. PAS 68 also measures how far the vehicle continues to travel after striking the barrier. Lower penetration distances generally indicate better protection for sensitive assets located immediately behind the security perimeter.
| Penetration | Security Assessment |
|---|---|
| Less than 1 metre | Excellent Protection |
| 1–7 metres | Acceptable Depending on Site Design |
| More than 7 metres | May Require Additional Protection Measures |
Products Commonly Tested to PAS 68
Several types of Hostile Vehicle Mitigation systems can be independently tested in accordance with PAS 68, depending on the operational requirements of the project.
Why PAS 68 Ratings Matter
Selecting a PAS 68 tested product helps reduce uncertainty during project design and procurement. Rather than relying on manufacturer claims alone, consultants can evaluate independently tested performance under controlled conditions.
For projects involving airports, government facilities, embassies, defence installations, financial institutions and data centres, specifying independently tested crash-rated security products improves confidence during design, procurement and long-term operation.
Security Products Tested to PAS 68
PAS 68 applies to a wide range of Hostile Vehicle Mitigation (HVM) products that are specifically engineered and independently crash tested to stop unauthorized vehicle intrusion. These products are commonly specified for airports, embassies, military facilities, government buildings, data centres, utilities and other critical infrastructure where vehicle-borne threats must be mitigated.
Choosing a PAS 68 certified product depends on the site's operational requirements, threat assessment, traffic flow and security objectives. Different products serve different purposes while maintaining compliance with internationally recognised crash testing requirements.
1. PAS 68 Crash Rated Bollards
Crash Rated Bollards provide permanent or retractable vehicle protection while allowing safe pedestrian movement. They are one of the most widely specified HVM solutions for urban environments and critical infrastructure because they combine high security with architectural aesthetics.
Typical Applications
- Government Buildings
- Embassies & Consulates
- Commercial Towers
- Public Plazas
- Airports
- Metro Stations
- Corporate Headquarters
- Data Centres
Key Benefits
- Stops hostile vehicle attacks.
- Maintains pedestrian accessibility.
- Available in Fixed, Removable and Automatic configurations.
- Minimal visual impact.
- Suitable for high pedestrian traffic areas.
Explore our complete range of Crash Rated Bollards designed for PAS 68, ASTM F2656 and international HVM projects.
2. PAS 68 Road Blockers
Road Blockers are designed for locations requiring maximum vehicle stopping capability. When deployed, the blocker forms a continuous steel barrier across the roadway, preventing unauthorized vehicle entry even at high impact speeds.
Typical Applications
- Military Installations
- Defence Facilities
- Government Complexes
- Nuclear Facilities
- Oil & Gas Plants
- Ports
- Critical Infrastructure
Key Benefits
- Maximum vehicle stopping performance.
- Hydraulic or electro-mechanical operation.
- Fast opening and closing cycles.
- Suitable for high-security vehicle checkpoints.
- Integrates with access control systems.
Learn more about our Crash Rated Road Blockers for high-security vehicle access control.
3. PAS 68 Crash Rated Gates
Crash Rated Gates combine controlled vehicle access with hostile vehicle mitigation. These gates are independently tested to withstand vehicle impact while allowing authorized traffic to enter securely.
Available Configurations
- Sliding Gates
- Swing Gates
- Cantilever Gates
- Bi-Parting Gates
Best Suited For
- Airports
- Military Bases
- Power Plants
- Industrial Facilities
- Government Premises
Explore our Crash Rated Gate Solutions for perimeter protection.
4. Automatic Bollards
Automatic Bollards provide flexible access control by remaining lowered for authorised vehicles and rising automatically to prevent unauthorised entry. Many automatic bollard systems are available with PAS 68 certified crash ratings for critical infrastructure applications.
Common Applications
- Hotels
- Commercial Buildings
- VIP Entrances
- Government Offices
- Smart Cities
- Mixed-Use Developments
View our Automatic Bollard Systems for intelligent vehicle access control.
5. Tyre Killers
Tyre Killers are designed to stop vehicles travelling in the wrong direction by puncturing tyres. Although they perform a different security function than crash-rated barriers, they are frequently integrated into comprehensive perimeter security systems.
Where They Are Used
- Toll Plazas
- Industrial Facilities
- Border Checkpoints
- Logistics Parks
- Restricted Parking Areas
Discover our Tyre Killer Systems for one-way vehicle control.
Can PAS 68 Products Work Together?
Yes. Most high-security facilities deploy multiple PAS 68 compliant security products as part of a layered security strategy. For example, an airport or government complex may use crash rated bollards to protect pedestrian areas, road blockers at primary vehicle entrances, crash rated gates at perimeter access points and automatic bollards for controlled VIP entry.
Combining different PAS 68 tested products provides greater flexibility while maintaining a high level of vehicle mitigation and operational efficiency.
| Security Requirement | Recommended PAS 68 Solution |
|---|---|
| Pedestrian Protection | Crash Rated Bollards |
| Maximum Vehicle Stopping | Road Blockers |
| Controlled Vehicle Entry | Crash Rated Gates |
| Frequent Authorized Access | Automatic Bollards |
| Wrong-Way Vehicle Prevention | Tyre Killers |
PAS 68 vs Other International HVM Standards
Selecting the right crash testing standard is one of the most important decisions during the planning stage of a Hostile Vehicle Mitigation (HVM) project. Although PAS 68, ASTM F2656, IWA 14-1, and ISO 22343 are all associated with vehicle security barriers, they serve different purposes.
Understanding these differences helps architects, consultants, government agencies and EPC contractors specify compliant security solutions for airports, embassies, military facilities, data centres and other critical infrastructure.
PAS 68 vs ASTM F2656
| Feature | PAS 68 | ASTM F2656 |
|---|---|---|
| Origin | United Kingdom | United States |
| Developed By | British Standards Institution (BSI) | ASTM International |
| Main Purpose | Crash testing of hostile vehicle mitigation products | Crash testing of vehicle security barriers |
| Common Applications | Government, Defence, Airports | Federal Facilities, Military, Data Centres |
| Global Acceptance | Very High | Very High |
Neither standard is inherently better than the other. Project specifications, regional requirements and consultant preferences typically determine whether PAS 68 or ASTM F2656 is specified.
Learn more: ASTM F2656 Security Solutions
PAS 68 vs IWA 14-1
Although both standards are closely related, they are not identical.
| PAS 68 | IWA 14-1 |
|---|---|
| British Standard | International Agreement |
| Defines vehicle crash tests | Provides internationally harmonised crash test methodology |
| Frequently referenced in UK projects | Commonly specified for multinational projects |
For projects spanning multiple countries, consultants frequently reference IWA 14-1 because it establishes internationally recognised testing procedures.
Related Resource: IWA 14-1 Security Barriers
PAS 68 vs ISO 22343
Many professionals incorrectly assume ISO 22343 replaces PAS 68. It does not.
| PAS 68 | ISO 22343 |
|---|---|
| Crash Testing Standard | Guidance Standard |
| Measures impact performance | Guides planning, specification and deployment |
| Used during product certification | Used during security planning |
In practice, many modern HVM projects use both standards together. Products are crash tested to PAS 68 (or ASTM F2656), while project planning and implementation follow ISO 22343 guidance.
Read More: ISO 22343 HVM Solutions
Which Standard Should You Specify?
| If Your Project Needs... | Recommended Standard |
|---|---|
| UK Government Projects | PAS 68 |
| US Government Projects | ASTM F2656 |
| International Projects | IWA 14-1 |
| Security Planning & Risk Assessment | ISO 22343 |
| Maximum Global Compliance | PAS 68 + ISO 22343 |
Expert Recommendation
Rather than viewing PAS 68, ASTM F2656, IWA 14-1 and ISO 22343 as competing standards, security consultants should consider them complementary.
- PAS 68 verifies crash performance.
- ASTM F2656 validates vehicle impact resistance.
- IWA 14-1 harmonises international testing methods.
- ISO 22343 supports planning, specification and deployment of HVM systems.
Choosing products that align with internationally recognised standards helps ensure long-term safety, regulatory compliance and operational reliability for critical infrastructure projects.
Industries That Specify PAS 68 Security Products
PAS 68 certified security products are specified where the risk of hostile vehicle attacks requires independently crash-tested perimeter protection. From government facilities to transportation hubs, PAS 68 helps consultants and security planners select products with verified vehicle impact performance rather than relying on untested solutions.
| Industry | Recommended PAS 68 Products | Typical Objective |
|---|---|---|
| Government Buildings | Crash Rated Bollards, Road Blockers, Crash Rated Gates | Protect sensitive public infrastructure from unauthorised vehicle access. |
| Embassies & Diplomatic Missions | Automatic Bollards, Road Blockers | Create controlled vehicle access with maximum perimeter protection. |
| Airports | Crash Rated Bollards, Automatic Gates | Protect terminal entrances, cargo areas and restricted zones. |
| Military & Defence Bases | Road Blockers, Crash Rated Gates | Stop hostile vehicle intrusion at secure entry points. |
| Critical Infrastructure | Crash Rated Bollards, Road Blockers | Protect utilities, energy facilities and strategic assets. |
| Data Centres | Automatic Bollards, Crash Rated Gates | Secure high-value digital infrastructure while maintaining operational access. |
| Oil & Gas Facilities | Road Blockers, Crash Rated Gates | Protect hazardous installations against vehicle-borne threats. |
| Commercial Headquarters | Automatic Bollards | Balance aesthetics, pedestrian movement and security. |
Where PAS 68 Certified Products Deliver the Greatest Value
PAS 68 products are commonly selected when project specifications require independently verified crash performance, long-term reliability and compliance with internationally recognised hostile vehicle mitigation standards.
Typical Installation Locations
- Government complexes
- Embassies
- Military facilities
- Airports
- Ports & Seaports
- Data Centres
- Power Plants
- Oil & Gas Facilities
- Financial Institutions
- Critical Infrastructure Projects
Key Security Objectives
- Prevent hostile vehicle attacks
- Control authorised vehicle access
- Protect pedestrians
- Reduce perimeter vulnerabilities
- Meet international security specifications
- Support layered security design
- Protect high-value assets
- Integrate with access control systems
- Enhance physical security resilience
- Support consultant-led security planning
PAS 68 Products Used in Layered Security Design
Modern security projects rarely depend on a single product. PAS 68 certified security products are typically integrated into a layered Hostile Vehicle Mitigation (HVM) strategy, combining multiple systems to protect people, infrastructure and critical assets.
| Security Layer | Typical PAS 68 Solution |
|---|---|
| Vehicle Screening | Boom Barriers & Access Control Systems |
| Primary Vehicle Protection | Road Blockers |
| Pedestrian Protection | Crash Rated Bollards |
| Perimeter Closure | Crash Rated Gates |
| Restricted Area Access | Automatic Bollards |
Related PAS 68 Solutions
Explore additional products and resources designed to help consultants and project teams specify internationally recognised hostile vehicle mitigation systems.
Advantages and Limitations of PAS 68 Certified Security Products
PAS 68 certified security products are widely specified for projects where vehicle impact protection is a critical design requirement. While they provide independently verified crash performance, selecting the correct product depends on site conditions, operational requirements and applicable security standards.
Advantages
- Independently crash tested against defined vehicle impact scenarios.
- Recognised by consultants, architects, EPC contractors and government agencies worldwide.
- Suitable for airports, embassies, defence facilities, data centres, utilities and critical infrastructure.
- Available in multiple product types including crash rated bollards, road blockers and security gates.
- Provides confidence that the installed system has been physically tested rather than only theoretically designed.
- Supports risk-based security planning and perimeter protection strategies.
- Compatible with modern access control, CCTV, ANPR and security management systems.
Limitations
- PAS 68 is a crash testing standard—it does not specify overall site security design.
- Certification applies only to the tested configuration and installation method.
- Improper foundations or installation may affect real-world performance.
- Higher crash ratings generally require greater civil works and investment.
- Product selection should always be based on threat assessment rather than budget alone.
PAS 68 Consultant & Specification Checklist
Before specifying any PAS 68 certified security product, consultants should evaluate both operational and security requirements. The following checklist helps ensure the selected solution aligns with project objectives.
| Checklist Item | Status |
|---|---|
| Required vehicle threat level identified | ✔ |
| Applicable international standard confirmed | ✔ |
| Traffic flow analysed | ✔ |
| Foundation requirements reviewed | ✔ |
| Power and control integration planned | ✔ |
| Emergency vehicle access considered | ✔ |
| Maintenance accessibility verified | ✔ |
| Lifecycle cost evaluated | ✔ |
Common Mistakes When Specifying PAS 68 Security Products
- Choosing products based only on appearance instead of certified crash performance.
- Assuming all bollards or barriers offer the same level of vehicle resistance.
- Ignoring foundation and installation requirements specified by the manufacturer.
- Selecting higher ratings where lower certified ratings would adequately address the threat.
- Not integrating perimeter protection with access control and surveillance systems.
- Failing to consider long-term maintenance and operational requirements.
- Using uncertified products for high-risk or critical infrastructure projects.
How to Choose the Right PAS 68 Certified Security Product
There is no single security product suitable for every project. Selection should always begin with a professional risk assessment, followed by an evaluation of operational requirements, traffic patterns, aesthetics and compliance obligations.
Crash Rated Bollards
Best suited for pedestrian zones, public buildings, commercial developments, embassies and urban infrastructure where vehicle protection is required without completely blocking pedestrian movement.
Road Blockers
Recommended for defence facilities, military installations, government compounds, ports, airports and other high-security sites where complete vehicle denial is required.
Crash Rated Gates
Ideal for controlled entrances where authorised vehicle access is required while maintaining certified perimeter protection.
Integrated HVM Systems
Many critical infrastructure projects combine bollards, road blockers, crash rated gates, boom barriers and access control systems to achieve layered security. This integrated approach provides greater flexibility while maintaining compliance with internationally recognised standards.
Key Takeaways
- PAS 68 provides independently verified crash testing for hostile vehicle mitigation products.
- Certification should always be considered alongside installation requirements and overall site security planning.
- Different facilities require different combinations of crash rated bollards, road blockers and security gates.
- Professional threat assessment remains essential before selecting any vehicle security barrier.
- Combining PAS 68 products with modern entrance control systems creates stronger, layered protection.
Frequently Asked Questions About PAS 68 Security Products
The following frequently asked questions help consultants, architects, facility managers and security professionals understand PAS 68 certified Hostile Vehicle Mitigation (HVM) products and how they compare with other international crash testing standards.
What is PAS 68?
PAS 68 is a British Standard crash testing specification developed to evaluate the performance of vehicle security barriers against deliberate vehicle attacks. It specifies standardized testing methods for crash rated bollards, road blockers, security gates and other Hostile Vehicle Mitigation (HVM) systems.
Is PAS 68 recognised internationally?
Yes. Although PAS 68 originated in the United Kingdom, it is widely recognised by consultants, government agencies and infrastructure developers around the world. Many airports, embassies, military facilities, data centres and commercial developments specify PAS 68 certified products.
What products can be PAS 68 certified?
Various Hostile Vehicle Mitigation products can be tested under PAS 68, including crash rated bollards, automatic bollards, road blockers, wedge barriers, crash rated gates, sliding gates and swing gates designed to stop hostile vehicle attacks.
What is the difference between PAS 68 and ASTM F2656?
Both standards evaluate the impact resistance of vehicle security barriers, but they use different testing methodologies and classifications. ASTM F2656 is commonly specified in North America, whereas PAS 68 is frequently referenced across Europe, the Middle East and many international infrastructure projects.
Is PAS 68 the same as IWA 14-1?
No. PAS 68 defines the crash testing methodology, while IWA 14-1 provides internationally harmonised guidance for testing Hostile Vehicle Mitigation systems. Many products reference both standards together depending on project requirements.
How does PAS 68 relate to ISO 22343?
ISO 22343 provides guidance on selecting and deploying Hostile Vehicle Mitigation systems, while PAS 68 focuses on physical crash testing. They complement each other rather than replacing one another.
Which industries commonly specify PAS 68 products?
PAS 68 certified products are commonly used in airports, government facilities, defence establishments, oil & gas facilities, financial institutions, stadiums, data centres, ports, logistics hubs and critical infrastructure projects.
Can PAS 68 certified bollards be installed in existing facilities?
Yes. Many PAS 68 crash rated bollards are designed for both new developments and retrofit projects. Installation requirements depend on foundation depth, civil works and the certified installation method recommended by the manufacturer.
Do PAS 68 products require regular maintenance?
Routine inspection and preventive maintenance are recommended to ensure reliable operation throughout the product lifecycle. Hydraulic and electro-mechanical systems should be serviced according to the manufacturer's maintenance schedule.
How do I select the right PAS 68 security product?
Selection depends on the required security level, vehicle threat assessment, traffic volume, site layout, operational requirements and applicable international standards. Security consultants typically evaluate these factors before specifying crash rated bollards, road blockers or security gates.
Can PAS 68 products integrate with access control systems?
Yes. PAS 68 certified security barriers can be integrated with RFID readers, ANPR cameras, biometric systems, access control software, traffic lights, intercoms and building management systems to create a complete entrance control solution.
Where can I learn more about international HVM standards?
Explore our detailed guides:
Need Help Selecting PAS 68 Security Products?
Selecting the appropriate PAS 68 tested security solution requires evaluating vehicle threat level, operational needs, site layout, civil works and applicable international standards. Secure Innovative works with consultants, architects, EPC contractors, defence organisations, airports, industrial facilities and government agencies to deliver certified Hostile Vehicle Mitigation (HVM) solutions.
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Secure Innovative Solutions LLP manufactures Hostile Vehicle Mitigation (HVM), Entrance Control and Perimeter Security Systems for commercial, industrial and critical infrastructure projects. Our portfolio includes Crash Rated Bollards, Road Blockers, Automatic Bollards, Crash Rated Gates, Turnstiles, Boom Barriers, Tyre Killers and integrated vehicle access control systems designed in accordance with internationally recognised security standards.
