Understanding PAS 24 PAS 24 has been developed to assess how doors and windows resist attack methods typically used by opportunistic intruders. These attacks are often low- skill but highly effective if weak points exist within the doorset. Unlike component-level standards, PAS 24 evaluates the combined performance of hardware, glazing, locks, and accessories. A failure in any one component, no matter how small, can result in the entire doorset failing the test. This approach makes hardware selection critical. Manufacturers and specifiers must ensure that every piece of hardware is not only individually robust but also compatible within a tested configuration. Adam Dixon, Senior Technical Manager, added, “PAS 24 assesses the performance of the entire doorset under simulated attack conditions, so every component must function as part of a cohesive system. Multipoint locks, cylinders and letterplates all need to maintain structural integrity and resist manipulation without creating weak points. Our approach is to engineer hardware that
works together to deliver consistent, repeatable performance in PAS 24 testing.” The Role of Multipoint Locks in PAS 24 Testing At the core of any secure doorset is the locking system. Fullex’s multipoint locks are engineered to deliver exceptional performance across multiple attack points. Multipoint locks distribute the locking force across several positions along the door frame, significantly increasing resistance against forced entry. Features such as opposing hooks, anti-lift bolts, and reinforced keeps provide enhanced security, helping doorsets withstand the physical attack elements of PAS 24 testing. Crucially, these locks are designed for both durability and security. PAS 24 testing includes repeated mechanical operations and attack simulations, meaning locks must maintain performance throughout these tests. Fullex locks are built with long-term reliability in mind, ensuring consistent operation even under demanding test conditions.
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