Start with the operational requirement
Record the assets and people being protected, potential vehicle approaches, access that must remain open and the assessed threat. A public park, council depot and government frontage have different vehicle movement and emergency-access requirements. The client’s security adviser and relevant designers should define the operational requirement before products are selected. Balance hostile-vehicle protection with everyday safety, accessibility and the intended use of the space.
Understand what a crash rating establishes
ISO 22343-1:2023 covers vehicle security barrier performance requirements, impact testing and performance ratings. Its scope concerns a defined single vehicle impact, rather than every type of attack. Procurement teams should ask for the product’s actual test report and examine the vehicle category, impact mass, speed, angle, penetration and tested configuration. A claim such as “anti-ram” or “heavy duty” is not a substitute for that evidence.
Check application and installation evidence
ISO 22343-2:2023 addresses the selection, installation and use of vehicle security barriers and the operational-requirements process. A tested product still needs an appropriate installed layout. Review foundations, soils, reinforcement, fixing details, spacing, services and drainage against the manufacturer’s tested or engineered requirements. Ask how any departure from the tested configuration is supported. Do not assume that a different foundation or wider gap retains the published performance rating.
Distinguish traffic control from hostile-vehicle mitigation
A boom gate manages access and traffic. General safety barriers, retractable access bollards and decorative bollards can serve other purposes without possessing a crash rating. Where crash-rated performance is required, identify the exact product, rating, report and installed system in the specification. Gates, bollards, barriers and perimeter fencing should each have a defined role rather than be treated as interchangeable protection.
Coordinate public movement and essential access
Review accessible pedestrian routes, cyclists, deliveries, authorised service vehicles and emergency access with the client and relevant advisers. Automatic equipment needs controls, detection and procedures matched to the site. Plan construction zones and temporary routes so works do not expose the public to excavation, moving plant or unstable equipment. Confirm planning, engineering and other approvals required for the project scope.
Make procurement and handover reviewable
A useful submission identifies the selected barrier, test evidence, installation drawings, engineering responsibilities, access controls, safety assessment and the proposed commissioning checks. Record as-built details and changes before acceptance. Handover should provide operating instructions, emergency procedures, inspection requirements and the maintenance scope. RJL coordinates these deliverables against the agreed project requirements and documented supplier information.
Maintain the installed protection
Inspect after impacts, damage or ground movement and arrange competent assessment before returning affected equipment to service. Planned maintenance should address structural condition, mechanical wear, protective devices and access controls where relevant. Record defects and repairs so the client can track the condition of the system over time. A lifecycle agreement defines service frequency and reporting; it does not create an unlimited guarantee against vehicle attack.