IOSH says prevention must lead MSD risk management, what that looks like in practice
IOSH's June 2026 statement on MSD care puts prevention back at the centre of the debate. Here's how a structured, data-led risk assessment cycle answers that call.
The investment rolls NHS England's Getting It Right First Time (GIRFT) Musculoskeletal Community Delivery Programme out nationally, following a pilot that cut waiting lists by around 20%. The programme links clinical care, mental health support and employment advice to help people return to work faster. IOSH called it a genuine step forward.
It also came with a caveat. Ruth Wilkinson, IOSH's Head of Policy and Public Affairs, made clear that welcoming the funding didn't mean the job was done catching harm after it has already occurred is not the same as stopping it happening in the first place, and that second job has to be proactive, not reactive. Treatment and rehabilitation matter, but they arrive after the injury already exists.
The scale of the problem gives that point weight. MSDs, back pain, arthritis, joint disorders, are among the leading causes of health-related economic inactivity in the UK. In 2024–25, 511,000 people reported new or long-standing work-related MSDs, resulting in 7.1 million lost working days. Many of these cases are preventable, but prevention depends on employers actually knowing where the risk sits before someone is hurt, not after.
IOSH's prevention framework
IOSH set out how it wants prevention embedded in the government's approach, built around its 10 Principles of good OSH. In the MSD context specifically, that means robust risk management to identify hazards, vulnerable groups and controls; ergonomically sound job design that reduces repetitive movement, heavy lifting and prolonged static postures; a "health-in-design" approach that addresses risk before workplaces and processes are built, not after; early intervention so minor symptoms don't become chronic conditions; and return-to-work support tailored to the individual.
Those points draw on a wider framework: IOSH's 10 Principles, developed with members, businesses and other stakeholders to define what good occupational safety and health looks like. Three matter most here. Prevention comes first in the list and is treated as a starting assumption, not an aspiration, injury and ill health at work are preventable, not an inevitable cost of manual work. Evidence-driven risk mitigation calls for risk-led, evidence-based approaches that let organisations respond to hazards proactively and in proportion to the actual risk, rather than after an incident occurs. And learning and improvement adds that timely, accurate data should feed directly into action and ongoing improvement, not sit in a report.
Together, the MSD-specific points and the underlying principles describe the same thing: a management cycle rather than a single policy — identify risk, design it out, check whether the design worked, and adjust.
What MOVA MMH is, and where it sits in prevention
MOVA MMH is SpatialCortex's wearable biomechanical sensor system. Worn during real tasks, it captures posture, load and movement data across a role, then converts that into a structured, periodic assessment rather than a single snapshot. That distinction matters for prevention: MSD risk builds up in accumulated exposure — a repetitive reach, a sustained flex, an awkward lift repeated across a shift — and a one-off observation or checklist often misses the pattern.
That's the proactive piece IOSH is asking for. Instead of waiting for a symptom or an injury report, MOVA MMH gives safety teams a way to see where risk is accumulating before it becomes harm, and to intervene while the fix is still cheap, a task redesign, not a rehabilitation plan.
IOSH's underlying principles apply just as directly:
Prevention. MOVA MMH is built on the same assumption IOSH states first, that MSD risk is not an unavoidable feature of manual work. Identifying where exposure is accumulating before an injury occurs means safety teams can act on the assumption that harm is preventable, rather than treat it as a background cost of the job.
Evidence-driven risk mitigation. IOSH calls for risk-led, evidence-based responses proportionate to the actual risk. MOVA MMH replaces assumption with measurement — safety teams see which tasks, postures and loads are actually driving exposure, so interventions are sized to the real risk rather than applied uniformly across a role.
Learning and improvement. IOSH's principle asks that timely, accurate data feed directly into action and ongoing improvement, not sit in a report. Structured periodic reassessment does exactly that, each cycle's findings inform the next round of job design, closing the loop rather than leaving the risk assessment as a static, one-time document.
Together, the MSD-specific points and the underlying principles describe the same thing: a management cycle rather than a single policy, identify risk, design it out, check whether the design worked, and adjust. That cycle has a name most OSH professionals already use, Plan-Do-Check-Act (PDCA), and it's a useful lens for what a prevention-first MSD strategy actually requires in practice. Here's where MOVA MMH data does different work at each stage:
Plan. Structured periodic assessment by role establishes an objective risk baseline which tasks, postures or loads are actually driving exposure, by role, rather than by assumption. This is the risk register IOSH's "prevention" principle calls for, built from measured exposure rather than self-report alone.
Do. The same data points to where a redesign will have effect. IOSH's "good job design" and "health-in-design" principles depend on targeting the actual mechanism, a load height, a reach pattern, a static hold, rather than a general change to a role. MOVA MMH data narrows the intervention to the task driving the risk.
Check. Reassessing after a change show whether exposure actually fell, not just whether the change was made. In SpatialCortex's work with Transport for Wales, this kind of measurement recorded a 67.5% fall in annualised injury rates (9.3 to 3.0 per year) following changes informed by MOVA risk assessments a check against a measured baseline, not an assumption of improvement.
Act. Roles, equipment and demand change, so the assessment has to run again. Structured periodic reassessment keeps the risk register current and feeds each cycle's findings into the next round of planning, closing the loop IOSH's early-intervention principle depends on.
The gap IOSH is pointing to
IOSH's position is not an argument against the government's treatment and rehabilitation investment, it's an argument that treatment and rehabilitation can't be the whole strategy. The underlying point is straightforward: many work-related MSDs are preventable, and prevention requires employers to see risk before it becomes injury, not after. That visibility is the piece most manual handling risk assessments still lack. Structured, role-based data closes it, and gives Plan-Do-Check-Act something to run on beyond a checklist.
Organisations that want to see what a data-led assessments looks like in a live manual handling environment can get in touch to discuss a MOVA MMH trial.
Sources: IOSH, "Prevention must drive UK plans on MSD care, says IOSH," 8 June 2026; IOSH, "Principles of good occupational safety and health."
