If you speak with those who have worked in the amusement sector for a sufficient amount of time, the issue with safety regulations is not that they don’t exist. The problem is that there are too many of them, they don’t always agree with one another, and a piece of equipment that passes inspection in one country can meet completely different criteria when it gets to a site in another. That fragmentation is more than just a legal annoyance for an industry whose touring carnivals and traveling fairs go across borders on a regular basis. At the level of operational constraints, inspection procedures, and structural requirements, it generates real compliance uncertainty.
The chairman of NAFLIC, the National Association of Leisure Industry Contractors in the United Kingdom, Raecher Hiscoe, has worked on the issue long enough to be aware of its complexity and the glacial pace of regulatory convergence. His work lies at the nexus of international standards development and British domestic representation. He has contributed to the revision of BS EN 13814:2019, the European standard governing fairground and amusement park machinery, and is also involved in the preparation of future ISO codes that would further expand uniform safety frameworks across international markets. In any traditional sense, the task is not glamorous. The majority of the public will never read the materials that are produced in committee rooms and technical working groups. However, every time a ride crosses a national border, the results matter practically.
The design, production, and operation of fairground and amusement park equipment are all covered by the BS EN 13814 standard. Its scope includes structural engineering specifications, operating procedures, and inspection intervals. The challenge in revising that standard is balancing the various approaches that European member states have traditionally taken to particular technical issues. It is common for nations with well-established national frameworks to enter these negotiations with specific stances that don’t necessarily translate well into a single harmonized text. Through technical debate and compromise, progress is made gradually, and the final standard reflects a true negotiation between various engineering traditions and regulatory cultures.
An additional layer of complexity and possibly an additional degree of influence are added by the ISO dimension. An ISO standard is important outside of Europe because it provides a framework for reference for manufacturers in non-EU markets and a reliable basis for assessment for importing nations. An internationally recognized baseline is more helpful than even the most thoroughly produced regional norm in an industry where equipment made on one continent frequently runs on another. Hiscoe’s involvement in the creation of the upcoming ISO codes demonstrates an awareness that the UK’s interests in this field go far beyond its home market and that the industry knowledge that the UK has amassed over decades of operating fairgrounds has real value to add to those larger discussions.
Speaking with those who work on standards, it seems that the rate of harmonization seldom keeps up with the rate of change in the business. New materials, riding technologies, and sensor and control systems are being introduced more quickly than the committee procedure can formally incorporate them. For those in Hiscoe’s position, the difficulty is not just to push for alignment but to do it in a way that results in standards that are adaptable enough to allow for innovation without leaving gaps that completely undermine the framework’s safety goal. The speed at which the upcoming ISO codes will be finished and whether the participating countries will come to a compromise that results in a truly workable common standard rather than a document that splits the differences in ways that entirely satisfy no one remain uncertain.
