What is the True Cost of Safety?

The idea that safe, compliant operations act as drag on productivity remains stubbornly resilient in many parts of industry. It is usually expressed in practical terms, suggesting that if an organisation did everything properly from a health and safety point of view, it would never get anything done. At Finch, we often encounter work environments where there is a persistent belief that a lean and risky operating mode is more profitable than a safe and compliant one, particularly when margins are tight and pressure on overheads is intense.

Posted

01.04.2026

Written by

Richard Bowen

Superficially, the argument sounds plausible. More robust guarding, interlocks, and protective devices increase capital expenditure. Preventative maintenance, statutory inspections, operator training, and supervision consume time that could otherwise produce output. Permits, procedures, and monitoring bring administrative effort and sometimes delay. For organisations scrutinising every line of the budget, it is easy to view these measures as inconvenient extras that add nothing to achieving output targets.

That view, however, is based on a very narrow slice of the cost picture and an extremely short time horizon. Once we examine the total cost of accidents, breakdowns, and work-related ill health, a different story emerges. The latest Health and Safety Executive data for 2025 illustrates the scale of this burden, estimating the annual cost of workplace injury and new cases of ill health in Great Britain at £22.9 billion. This represents a substantial increase over the last decade, driven largely by the rising prevalence of work-related stress, depression, and anxiety, which now accounts for approximately half of all work-related ill health cases and over 40 million lost working days. Cost benefit analyses across a range of sectors have repeatedly shown that the upfront and ongoing cost of better safety performance is offset, and often more than offset, by reductions in incident frequency, claim costs, and operational disruption. In research studies of more compliant workplaces, injury claims and workers compensation costs fell significantly over several years with no adverse effect on employment levels, sales, or business survival. The supposed trade-off between safety and economic performance was simply not borne out when analysed over longer time frames.

It is helpful to conceptualise this through the iceberg model of accident costs. The visible tip above the waterline represents the direct, insured costs that dominate management conversations, such as medical treatment, sick pay, and immediate repairs. These figures are concrete and appear clearly in budgets and incident reports. However, the much larger, submerged mass represents the indirect, largely hidden costs. Unplanned downtime following an accident or failure can disrupt production for hours or days, leading to lost output, missed delivery dates, and sometimes contractual penalties or the loss of future orders. Restarting after a serious incident frequently produces quality problems as processes are hurried back into operation, driving up scrap and rework. Supervisors, managers, and engineers spend substantial time on incident investigation, reporting, and corrective actions, time which is therefore not available for continuous improvement or proactive reliability work. Longer term, repeated incidents damage morale, increase staff turnover, and make it harder to recruit and retain skilled people at a site perceived as unsafe. Furthermore, in the United Kingdom, where an HSE inspector identifies a material breach of health and safety law, the cost of their time spent investigating, analysing, and reporting is recovered from the duty holder at a rate of £183 per hour under the Fee for Intervention scheme. This cost directly erodes the bottom line as it is not typically covered by standard insurance policies.

When organisations have attempted to quantify these elements, the results have been striking. Recent international research by EU-OSHA suggests that the societal and business costs of work-related injuries and illnesses account for approximately 3.3% of European GDP.

Case studies in manufacturing and construction have estimated that indirect costs of accidents can be several times higher than the insured direct costs, and occasionally an order of magnitude higher. In individual cases, a single machinery guarding failure has yielded direct costs in the hundreds of thousands, but total costs in the millions once downtime, lost output, and subsequent insurance impacts are included. It is not difficult to see how a handful of such events over a few years can erode margins that otherwise appear respectable. The same logic applies to chronic health issues. Work related musculoskeletal disorders and mental health conditions do not usually produce the dramatic step changes associated with catastrophic events. Instead, they have a slow, cumulative impact on performance through higher sickness absence, increased insurance premiums, and the associated recruitment churn. From an economic standpoint, the organisation is paying twice through reduced productive capacity and the cost of continually replenishing its workforce.

The cost of operating safely and in compliance starts to look less like a discretionary overhead and more like a form of disciplined cost control. Well-designed engineering controls do not only protect people, they also prevent damage to equipment and reduce the likelihood of severe breakdowns. A robust preventative maintenance regime, properly resourced and integrated into production planning, tends to reduce both the frequency and duration of unplanned stoppages. Clear procedures, competent supervision, and coherent permit systems help to keep processes within their design parameters, reducing excursions that cause quality failures or environmental incidents. Training that develops both task competence and risk awareness enables operators to detect and respond to emerging problems before they crystallise into incidents.

Effective health and safety management and effective reliability management are two elements of the same discipline. A machine that is kept running through improvised repairs, with degraded interlocks and missing guards, is not only dangerous but also inherently unreliable. Each deferred maintenance task and each tolerated deviation increases the probability of a disruptive failure. Each informal shortcut that saves a few minutes in the short term increases the chance of a more severe incident with much larger time and cost implications later. This is often an example of the normalisation of risk, where unsafe practices become the norm until a failure occurs.

There is also a market and reputational dimension that is sometimes overlooked. Many clients now examine the health and safety performance of suppliers as part of procurement and assurance processes. A history of serious accidents or enforcement action can influence tender outcomes, either explicitly through pre-qualification criteria or implicitly through loss of confidence. Conversely, a demonstrable track record of safe, well controlled operation can be a differentiator in competitive bids. Safety performance in this context becomes a proxy for the wider quality of risk management and organisational discipline, a link increasingly recognised in modern ESG and social sustainability frameworks.

If the economic case for safety is as strong as the research suggests, it is reasonable to ask why some organisations continue to under-invest. Part of the explanation lies in the way costs and benefits are recorded. Safety investments are visible, discrete, and immediate. The costs of accidents and poor health, by contrast, are fragmented and spread across multiple accounts such as maintenance, scrap, overtime, and insurance. Rarely are these elements assembled into a single picture for a board to interrogate. Psychological factors also play a significant role. Decision makers often succumb to hyperbolic discounting, a cognitive bias where the immediate, certain benefit of a shortcut is valued more highly than the distant, probabilistic threat of an accident. This is frequently compounded by an optimistic assumption that it will not happen here, even in high-risk environments.

For health and safety professionals, the opportunity is to recast the conversation in terms of the total cost of ownership. This means going beyond injury rates and working with colleagues in operations and finance to quantify the costs associated with incidents, near misses, and unplanned downtime. One practical approach is to take a recent, representative incident and conduct a structured, cross functional review of its full economic impact. How much production time was lost, how many hours of managerial time were consumed, and what was the value of the scrap produced. Once these factors are collated, it is common to find that the incident cost would have funded a meaningful safety improvement several times over.

Ultimately, the central question is not whether operating safely entails cost, as it undoubtedly does. The real question is what it is being compared against. When the cost of safe operation is set against a rigorous estimate of the costs associated with accidents and ill-health, the supposed dichotomy between safety and profitability becomes hard to sustain. Rather than negatively impacting competitiveness, effective health and safety management is a disciplined way of controlling cost and protecting long-term value. By presenting safety as a core component of operational excellence, we can help to dismantle the enduring temptation to operate at risk and support decisions that are legally sound, ethically correct and financially robust.

What is the True Cost of Safety?

Posted

Written by

Written by

Richard Bowen

Principal Consultant