International Security Standards for Hostile Vehicle Mitigation (HVM)
Understand ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 security standards used worldwide to specify crash-rated bollards, road blockers, security gates and other Hostile Vehicle Mitigation (HVM) solutions for critical infrastructure.
What Are International Security Standards for Hostile Vehicle Mitigation?
International security standards establish recognised testing methods, performance classifications and deployment guidance for Hostile Vehicle Mitigation (HVM) systems. Standards such as ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 help consultants, architects, engineers and security professionals specify crash-tested vehicle barriers capable of protecting critical infrastructure from hostile vehicle attacks.
Key Takeaways
- ASTM F2656 is the primary crash testing standard widely used in North America.
- PAS 68 is one of the most recognised British crash testing standards for vehicle security barriers.
- IWA 14-1 provides internationally accepted crash test methodology for HVM systems.
- ISO 22343 offers guidance for planning, selecting and deploying Hostile Vehicle Mitigation solutions.
- Security consultants often reference multiple standards together depending on project requirements.
- Crash-rated bollards, road blockers and security gates are commonly specified using these standards.
International Security Standards Explained
As threats involving hostile vehicles continue to evolve, organisations responsible for protecting airports, government facilities, embassies, data centres, military installations and commercial developments increasingly rely on internationally recognised security standards to evaluate and specify vehicle security barriers.
Standards such as ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 provide a common framework for testing, comparing and deploying crash-rated security solutions. These standards help ensure that products are assessed using consistent methodologies and can meet the operational requirements of high-security environments.
This Knowledge Center guide explains the purpose of each standard, highlights the differences between them and provides links to detailed resources for consultants, architects, EPC contractors, security professionals and infrastructure owners.
Explore International Security Standards
ASTM F2656
Crash testing standard widely referenced for vehicle security barriers in North America.
PAS 68
British standard for testing crash-rated bollards, road blockers and security gates.
IWA 14-1
Internationally recognised methodology for crash testing Hostile Vehicle Mitigation systems.
ISO 22343
Guidance for planning, selecting and implementing effective Hostile Vehicle Mitigation strategies.
Understanding International Security Standards
International security standards provide a common framework for evaluating, testing and specifying physical security products used to protect people, assets and critical infrastructure against vehicle-based threats. These standards help consultants, architects, government agencies and infrastructure owners compare products using recognised testing methods rather than relying solely on manufacturer claims.
In Hostile Vehicle Mitigation (HVM), internationally recognised standards define how crash tests are conducted, the vehicle type used during testing, impact speed, penetration distance and the performance requirements of crash-rated barriers. Selecting products tested against recognised standards ensures greater confidence in real-world performance and simplifies project specification.
Why Security Standards Matter
Improve Safety
Crash-tested products provide measurable protection against hostile vehicle attacks, ram raids and unauthorised vehicle access.
Independent Verification
Testing is performed using internationally recognised procedures, allowing consultants and clients to compare products based on verified performance rather than marketing claims.
Simplify Project Specifications
Government agencies, airports, defence organisations and critical infrastructure projects often specify internationally recognised standards during procurement to ensure consistent security performance.
Support Regulatory Compliance
Using recognised standards helps project teams align with security policies, risk assessments and physical protection requirements.
Major International Security Standards
| Standard | Purpose | Common Applications | Learn More |
|---|---|---|---|
| ASTM F2656 | Crash testing standard for vehicle security barriers. | Government, Defence, Airports, Data Centres | View Guide |
| PAS 68 | British crash testing standard for hostile vehicle mitigation products. | Critical Infrastructure, Commercial Buildings | View Guide |
| IWA 14-1 | International methodology for testing vehicle security barriers. | International Infrastructure Projects | View Guide |
| ISO 22343 | Guidance for planning and implementing Hostile Vehicle Mitigation systems. | Urban Security, Public Spaces, Critical Infrastructure | View Guide |
How These Standards Work Together
Rather than competing with one another, ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 address different aspects of Hostile Vehicle Mitigation. ASTM F2656 and PAS 68 primarily focus on crash testing procedures, while IWA 14-1 provides internationally harmonised testing guidance. ISO 22343 complements these standards by offering best-practice recommendations for planning, selecting and deploying vehicle security barriers within an overall security strategy.
For most projects, consultants consider multiple standards together to ensure that crash-rated bollards, road blockers and security gates not only demonstrate proven impact resistance but are also integrated effectively into the site's overall physical security design.
Major International Security Standards for Hostile Vehicle Mitigation (HVM)
Several internationally recognised standards are used to evaluate and specify crash-rated vehicle security barriers. Although each standard has a different purpose, they collectively help consultants, architects, security professionals and infrastructure owners select appropriate Hostile Vehicle Mitigation (HVM) solutions based on risk assessment and operational requirements.
| Standard | Primary Purpose | Common Applications | Learn More |
|---|---|---|---|
| ASTM F2656 | Vehicle impact testing and performance classification for security barriers. | Government facilities, embassies, airports, data centres and military sites. | Read Guide |
| PAS 68 | British crash testing standard for hostile vehicle mitigation products. | Critical infrastructure, commercial developments and public buildings. | Read Guide |
| IWA 14-1 | International methodology for crash testing vehicle security barriers. | International infrastructure projects and global security specifications. | Read Guide |
| ISO 22343 | Guidance for planning, selecting and deploying HVM systems. | Urban security, transport hubs and critical infrastructure planning. | Read Guide |
Why International Security Standards Matter
Security standards ensure that Hostile Vehicle Mitigation systems are evaluated using recognised testing procedures instead of marketing claims. Products tested against international standards provide engineers, consultants and asset owners with measurable performance data that can be referenced during specification, procurement and project approval.
Using internationally recognised standards also improves consistency across projects, simplifies technical evaluation and helps ensure that security solutions are selected according to the identified vehicle threat rather than appearance alone.
Benefits for Consultants & Engineers
- Reliable performance verification.
- Consistent product comparison.
- Reduced specification ambiguity.
- Improved project documentation.
- Supports security risk assessments.
- Assists procurement decisions.
Benefits for Facility Owners
- Higher confidence in perimeter protection.
- Supports critical infrastructure resilience.
- Improves long-term investment decisions.
- Facilitates compliance with project specifications.
- Reduces operational security risks.
- Supports business continuity planning.
How ASTM, PAS 68, IWA 14-1 and ISO 22343 Work Together
Rather than competing with one another, these standards complement different stages of a Hostile Vehicle Mitigation project. ASTM F2656, PAS 68 and IWA 14-1 primarily define crash testing methodologies and performance classifications, while ISO 22343 provides broader guidance on planning, selecting and integrating vehicle security barriers into an overall security strategy.
For this reason, many government agencies, airports, defence organisations and critical infrastructure projects reference multiple standards within a single specification to ensure both product performance and effective security planning.
Major International Security Standards for Hostile Vehicle Mitigation (HVM)
Different security standards have been developed to evaluate the performance of crash-rated vehicle barriers, bollards, road blockers and security gates. While each standard has its own testing methodology and terminology, they all aim to verify whether a security product can stop a hostile vehicle under controlled impact conditions. Understanding these standards helps consultants, architects, EPC contractors and security professionals specify the right solution for each project.
ASTM F2656
ASTM F2656 is one of the most widely recognised American crash testing standards for vehicle security barriers. It defines standard test methods for evaluating perimeter barriers against vehicle impacts at different speeds and vehicle weights. Products tested to ASTM F2656 are commonly specified for government facilities, embassies, military installations, airports and critical infrastructure projects.
Learn more: ASTM F2656 Security Solutions →
PAS 68
PAS 68 is a British specification for impact testing vehicle security barriers. It establishes how bollards, road blockers, gates and other hostile vehicle mitigation products should be tested to resist deliberate vehicle attacks. PAS 68 has been widely adopted across Europe, the Middle East and many international security projects requiring independently verified crash-tested products.
Learn more: PAS 68 Security Products →
IWA 14-1
IWA 14-1 provides internationally harmonised guidance for crash testing vehicle security barriers. It was developed to create a common methodology that aligns testing practices across different countries, making it easier to compare certified HVM products globally. Many consultants use IWA 14-1 alongside ASTM F2656 and PAS 68 when evaluating security barriers for international projects.
Learn more: IWA 14-1 Security Barriers →
ISO 22343
ISO 22343 provides international guidance for planning, selecting and deploying Hostile Vehicle Mitigation (HVM) measures. Unlike crash testing standards, ISO 22343 focuses on the overall security planning process, including threat assessment, site evaluation and integration of vehicle mitigation measures into physical security strategies. It supports consultants and infrastructure owners in implementing effective HVM solutions across airports, government facilities, data centres, transportation hubs and other critical infrastructure.
Learn more: ISO 22343 HVM Solutions →
Which Security Standard Should You Choose?
There is no single "best" security standard. The appropriate standard depends on project location, client specifications, regulatory requirements, operational needs and the identified vehicle threat. Many high-security projects reference multiple standards during the specification process to ensure both product performance and comprehensive security planning.
| Standard | Primary Focus | Common Applications |
|---|---|---|
| ASTM F2656 | Crash Testing | Government, Military, Airports |
| PAS 68 | Vehicle Impact Testing | Commercial, Infrastructure, Public Spaces |
| IWA 14-1 | International Test Methodology | Global Security Projects |
| ISO 22343 | HVM Planning & Deployment | Critical Infrastructure, Risk Assessment |
For many projects, these standards complement each other rather than compete. A comprehensive HVM strategy often combines internationally recognised testing standards with structured security planning guidance to achieve effective vehicle access control and perimeter protection.
Which Security Standard Should You Choose?
The right security standard depends on your project's location, regulatory requirements, threat assessment and client specifications. While all major standards evaluate the performance of Hostile Vehicle Mitigation (HVM) systems, they serve different purposes and are commonly specified in different regions.
| Project Type | Recommended Standard | Typical Products |
|---|---|---|
| Government Buildings | ASTM F2656 / PAS 68 | Crash Rated Bollards, Road Blockers, Crash Rated Gates |
| Airports | IWA 14-1 / PAS 68 | Automatic Bollards, Road Blockers, High Security Gates |
| Data Centers | ISO 22343 + ASTM F2656 | Crash Rated Bollards, Access Control Systems |
| Military & Defence | ASTM F2656 + PAS 68 | Road Blockers, Crash Rated Gates, Tyre Killers |
| Commercial Buildings | ISO 22343 | Automatic Bollards, Entrance Control Systems |
| Critical Infrastructure | ASTM F2656 + ISO 22343 | Crash Rated Bollards, Road Blockers |
Security Standards Across Different Industries
International security standards are applied across a wide range of industries where vehicle access control and perimeter protection are critical for operational continuity and public safety.
Products Designed to Meet International Security Standards
Secure Innovative manufactures a comprehensive range of Hostile Vehicle Mitigation (HVM) and entrance control products designed for projects requiring compliance with internationally recognised security standards.
Crash Rated Bollards
Designed to stop hostile vehicle attacks while maintaining pedestrian accessibility.
Road Blockers
Hydraulic road blockers engineered for government, military and critical infrastructure applications.
Crash Rated Gates
Crash-tested sliding and swing gates for high-security perimeter protection.
Automatic Bollards
Retractable bollards for controlled vehicle access at commercial and public facilities.
Tyre Killers
Vehicle denial systems designed to prevent unauthorised entry.
High Security Fencing
Perimeter fencing systems integrated with HVM and access control solutions.
Expert Recommendation
Rather than selecting a security product based solely on its crash rating, organisations should evaluate the complete security strategy. Vehicle threat assessment, operational requirements, pedestrian movement, emergency access, civil engineering constraints and compliance with international standards should all be considered during the planning stage.
Working with experienced HVM manufacturers and security consultants helps ensure that the selected solution delivers both regulatory compliance and long-term operational performance.
Security Standards Across Different Industries
International security standards such as ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 help consultants and infrastructure owners select the appropriate Hostile Vehicle Mitigation (HVM) solution based on operational risks, vehicle threats and site requirements. While every project is unique, these standards are widely referenced across multiple sectors where vehicle security is critical.
| Industry | Primary Security Objective | Common HVM Solutions |
|---|---|---|
| Airports | Protect terminal entrances, airside operations and public drop-off zones. | Crash Rated Bollards, Road Blockers, Automatic Gates |
| Data Centers | Prevent unauthorized vehicle access while ensuring business continuity. | Crash Rated Bollards, Automatic Bollards, Turnstiles |
| Government Facilities | Protect government buildings against hostile vehicle attacks. | Road Blockers, Crash Rated Gates, Bollards |
| Defence Installations | High-security perimeter protection and controlled vehicle entry. | Crash Rated Gates, Road Blockers, Tyre Killers |
| Oil & Gas | Protect strategic assets and hazardous facilities. | Road Blockers, Crash Rated Bollards |
| Logistics & Warehousing | Secure vehicle entry points and loading areas. | Automatic Gates, Boom Barriers, Bollards |
| Banking & Financial Institutions | Reduce ram-raid and vehicle intrusion risks. | Fixed Bollards, Automatic Bollards |
| Healthcare Facilities | Maintain emergency vehicle access while protecting patients and visitors. | Automatic Bollards, Access Control Systems |
Security Products Designed to Meet International Standards
International crash testing standards apply to a wide range of Hostile Vehicle Mitigation (HVM) and vehicle access control products. Selecting the correct solution depends on threat assessment, operational requirements, site layout and compliance objectives.
Crash Rated Bollards
Protect pedestrian zones, commercial buildings and critical infrastructure from hostile vehicle attacks while maintaining daily accessibility.
Road Blockers
Hydraulic vehicle barriers designed to stop unauthorized vehicles at government, military and high-security facilities.
Crash Rated Gates
Sliding and swing gate systems engineered for high-security perimeter protection and controlled vehicle access.
Automatic Bollards
Retractable bollards providing flexible access control for commercial developments and public spaces.
Tyre Killers
One-way vehicle control systems designed to prevent unauthorized entry at secure facilities.
High Security Fencing
Perimeter protection systems that complement crash-rated barriers and controlled access solutions.
Key Takeaway
ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 are complementary standards rather than competing standards. Understanding their scope helps consultants, architects and infrastructure owners select the most appropriate crash-tested security solution for each project while meeting operational, safety and compliance requirements.
Where Are International Security Standards Applied?
International security standards play a vital role in protecting critical infrastructure against vehicle-borne threats. Consultants and security planners specify ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 compliant solutions across a wide range of industries where controlled vehicle access and perimeter protection are essential.
| Industry | Typical Security Requirement | Recommended Solutions |
|---|---|---|
| Airports | Vehicle access control, terminal protection | Crash Rated Bollards, Road Blockers |
| Government Buildings | High-security perimeter protection | Crash Rated Gates, Road Blockers |
| Data Centres | Critical asset protection | Automatic Bollards, Crash Rated Bollards |
| Military & Defence | Maximum hostile vehicle mitigation | Road Blockers, Crash Rated Gates |
| Oil & Gas Facilities | Restricted vehicle access | Road Blockers, Tyre Killers |
| Commercial Buildings | Public safety and access management | Automatic Bollards, Entrance Control |
Explore Industry-Specific Security Solutions
How to Select the Right Security Standard
The appropriate security standard depends on project location, client specifications, applicable regulations and the level of vehicle threat. Many international projects reference ASTM F2656, while UK-based projects frequently specify PAS 68. ISO 22343 provides broader guidance for planning and implementing Hostile Vehicle Mitigation (HVM) systems, and IWA 14-1 harmonises crash testing methodologies internationally.
- Identify the vehicle threat level.
- Review project specifications and consultant requirements.
- Select products tested under recognised international standards.
- Ensure civil foundations meet manufacturer requirements.
- Verify compatibility with access control systems.
- Plan future maintenance and lifecycle costs.
Security Consultant & EPC Checklist
Before Specification
- Define operational security objectives.
- Perform vehicle threat assessment.
- Select applicable international standard.
- Determine required crash rating.
- Evaluate site constraints.
Before Installation
- Review manufacturer drawings.
- Verify civil foundation requirements.
- Coordinate utilities and drainage.
- Integrate access control systems.
- Plan testing and commissioning.
Key Takeaways
- ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 each serve different but complementary roles in Hostile Vehicle Mitigation.
- Select standards based on project requirements, regional specifications and threat assessment.
- Always specify independently tested and certified security products.
- Proper installation and civil engineering are as important as product selection.
- Consult experienced HVM manufacturers during the planning stage to ensure compliance and long-term performance.
Frequently Asked Questions (FAQs)
What are security standards in physical security?
Security standards define internationally recognised testing methods, performance requirements and best practices for evaluating physical security products such as crash rated bollards, road blockers, security gates and vehicle barriers.
Why are HVM security standards important?
Hostile Vehicle Mitigation (HVM) standards ensure that vehicle security barriers are independently tested and capable of resisting specific vehicle impact threats. They help consultants and security professionals specify reliable protection solutions.
What is ASTM F2656?
ASTM F2656 is an American crash testing standard used to evaluate vehicle security barriers, including crash rated bollards, road blockers and security gates against vehicle impact.
What is PAS 68?
PAS 68 is a British crash testing standard that specifies test methods and performance classifications for hostile vehicle mitigation products.
What is IWA 14-1?
IWA 14-1 is an internationally recognised agreement that defines crash testing procedures for vehicle security barriers and helps harmonise global HVM testing practices.
What is ISO 22343?
ISO 22343 provides guidance for planning, selecting and deploying Hostile Vehicle Mitigation systems. Unlike crash testing standards, it focuses on risk assessment, system design and implementation.
Which security standard is most commonly used?
The most appropriate standard depends on the project location and client requirements. ASTM F2656, PAS 68, IWA 14-1 and ISO 22343 are all widely recognised across different regions and industries.
Which products are covered under these standards?
These standards are commonly applied to crash rated bollards, road blockers, automatic bollards, crash rated gates, vehicle barriers and other Hostile Vehicle Mitigation solutions.
Which industries require these standards?
Airports, government buildings, embassies, military bases, data centres, power plants, oil & gas facilities, financial institutions and other critical infrastructure projects frequently specify these standards.
How do I choose the right HVM standard?
The correct standard depends on project location, security objectives, vehicle threat assessment, operational requirements and client specifications. Security consultants often evaluate multiple standards before finalising a solution.
Can one security product comply with multiple standards?
Yes. Many high-security products are tested or designed to comply with multiple internationally recognised standards, depending on the manufacturer's certification and testing programme.
Where can I learn more about each security standard?
Our Knowledge Center provides detailed guides on ASTM F2656, PAS 68, IWA 14-1 and ISO 22343, along with comparison articles and implementation guidance.
Need Help Choosing the Right Security Standard?
Whether you're planning a government facility, airport, data center, industrial plant or commercial development, selecting the correct international security standard is the first step toward designing an effective Hostile Vehicle Mitigation strategy. Our engineering team helps consultants, architects, EPC contractors and project owners choose suitable crash-tested security products based on project requirements and applicable standards.
Talk to Our Security Experts Explore Our ProductsAbout Secure Innovative
Secure Innovative Solutions LLP is an Indian manufacturer of Hostile Vehicle Mitigation (HVM), Entrance Control and Perimeter Security Systems. We help secure airports, government facilities, defence establishments, commercial buildings, data centers and critical infrastructure with internationally recognised crash-tested security solutions.
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