Meet Current

Definition and Linguistic Application#

In the context of the UK built environment and external wall systems, the term "meet current" functions as a benchmark for technical performance and regulatory alignment. It refers to the state in which a material, assembly, or design methodology satisfies the specific requirements of the building regulations, British Standards, or government guidance in force at the time of assessment. Because the regulatory landscape for high-rise residential buildings (HRBs) is subject to periodic updates—most notably following the introduction of the Building Safety Act 2022—the threshold for what is considered "current" is dynamic rather than static.

The term is rarely used in isolation; it typically appears in professional reports, remediation strategies, and legal agreements to distinguish between the standards applied when a building was originally constructed and the standards required for contemporary approval. When a cladding system is described as needing to "meet current" requirements, it indicates that the existing installation is being measured against the prevailing statutory guidance, such as Approved Document B (Fire Safety) or relevant British Standards like BS 8414.

Application in Testing and Remediation#

The necessity to meet current standards is a central driver in the cladding remediation lifecycle. During the initial assessment phase, such as a PAS 9980 appraisal, a competent professional evaluates the external wall system not merely to confirm its original specification, but to determine its performance relative to modern safety expectations. If a system is found to fall short of these benchmarks, the remedial design must be engineered to ensure the replacement materials and their method of installation meet current legislative demands.

In testing scenarios, this often involves verifying the fire classification of individual components. For instance, whereas older regulations may have permitted certain materials based on "Class 0" ratings, modern requirements for buildings over a specific height threshold generally mandate non-combustible or limited-combustibility materials (typically Euroclass A1 or A2-s1, d0). Ensuring a system meets current standards involves a holistic review of the cavity barriers, insulation, substrate, and outer rainscreen to ensure the assembly functions as a cohesive, compliant unit.

External Wall Systems and Building Fabric#

The relationship between the building fabric and the concept of meeting current standards is complex, as it encompasses more than just the aesthetic outer layer of a facade. An external wall system (EWS) is a sophisticated assembly of multiple layers, each of which must contribute to the overall performance of the building. Meeting current standards requires that every element—from the mechanical fixings and secondary steelwork to the vapour membranes and fire stopping—aligns with contemporary safety and thermal performance metrics.

For building fabric, this often necessitates a transition from "stay-in-place" materials to systems that provide higher levels of fire resistance and structural integrity. The technical challenge lies in the fact that older buildings were designed under different structural and thermal parameters. Retrofitting a system to meet current standards may require significant modifications to the underlying structure to support heavier, non-combustible materials or to accommodate thicker layers of mineral wool insulation required by updated energy efficiency targets (Approved Document L).

Regulatory Context in England and Wales#

The regulatory framework in England and Wales has undergone a fundamental shift toward more rigorous oversight. The Building Safety Act 2022 and the subsequent secondary legislation have formalised the "Gateways" process for higher-risk buildings. In this context, to meet current standards is to satisfy the requirements of the Building Safety Regulator (BSR). This process involves demonstrating that the design, construction, and ongoing management of the building fabric are in accordance with the latest versions of the Building Regulations 2010.

For a project to be signed off by a building control body today, it must demonstrate compliance with the version of these documents active at the time of the application. This creates a "moving target" for long-term projects, where a design that met current standards at the inception phase may require revision if the regulations change before construction begins.

Implications for Building Management#

For those responsible for the governance of residential assets—such as Freeholders, Resident Management Companies (RMCs), and Right to Manage (RTM) directors—the term "meet current" represents both a technical target and a financial consideration. When a building undergoes a fire risk appraisal of external walls (FRAEW), the resulting recommendation often centres on whether the building requires remediation to meet current standards or if the existing risks can be managed through alternative means.

Understanding this term is vital during the procurement of professional services. Managing agents must ensure that the scopes of work for architects and fire engineers explicitly require the proposed designs to meet current standards to avoid future liabilities. It is also a critical component of the EWS1 (External Wall System) process, where lenders often require evidence that the building’s cladding does not pose a risk that deviates significantly from modern safety expectations before they will offer mortgages on individual flats.

Common Misunderstandings#

A frequent misconception is that "meeting current standards" is synonymous with a building being "legal." A building constructed twenty years ago may have been fully compliant with the regulations of that era; however, it may not meet current standards today. This does not necessarily mean the building was constructed unlawfully, but rather that the industry's understanding of fire spread and material performance has evolved, leading to higher benchmarks for new or remedial works.

Another misunderstanding involves the scope of the term. It is often incorrectly assumed that meeting current fire safety standards automatically ensures compliance with current thermal or acoustic standards. In reality, a holistic remediation project must balance multiple "current" requirements, which can sometimes be in tension. For example, increasing insulation thickness to meet current thermal standards may reduce the ventilation cavity width, potentially impacting the moisture management or fire performance of the rainscreen system if not carefully engineered.

Related Terminology#

To fully grasp the implications of meeting current standards, it is helpful to understand several related industry terms:

• Legacy Compliance: Refers to a system that met the building regulations in force at the time of its original construction but does not meet current requirements.
• Material Change of Use: A regulatory trigger that often mandates that an existing building be upgraded to meet current standards in specific areas, such as fire safety or energy conservation.
• Non-combustibility: The modern performance benchmark (typically Euroclass A1 or A2) that many systems must now meet to be considered current for use on high-rise facades.
• Functional Requirement: The overarching goals of the Building Regulations (e.g., "the external walls shall adequately resist the spread of fire") which remain constant, even as the specific "current" guidance on how to achieve them changes.
• Best Practice: Often confused with "current standards," this refers to industry-led recommendations that may exceed the minimum statutory requirements.

In summary, "meet current" is a phrase that denotes a building's alignment with the present-day legal and technical expectations of the UK construction industry. It serves as the baseline for all modern remediation and testing activities, ensuring that the built environment evolves in line with contemporary safety and performance research.