What frontline workers tell us about MSD prevention technology — and what it means for manual handling safety programmes
- 16 hours ago
- 7 min read
Insights from the NSC's 2025 Frontline Worker Perception Report
Key findings from the NSC's 2025 report
According to the NSC's 2025 Frontline Worker Perception Report, nearly 70% of frontline workers experience job-related musculoskeletal disorder (MSD) symptoms in their current roles.
More than 80% of workers who used MSD prevention technology reported either reduced symptoms or no negative impact — evidence that wearable sensors and ergonomic tools deliver real value.
75% of workers reported that MSD prevention technology improved their job satisfaction.
91% of wearable sensor users said the technology increased their awareness of ergonomic risk factors such as awkward postures and repetitive movements.
Worker participation in technology selection and implementation was the single most consistent predictor of positive outcomes across every technology type studied.
MSD prevention technology is no longer a fringe investment — it is becoming a frontline safety essential. According to the NSC's 2025 Frontline Worker Perception Report, a survey of 405 frontline employees across high-risk industries including manufacturing, construction, health care, and transportation, the evidence is now clear: wearable sensors, ergonomic risk assessment tools, and other MSD prevention technologies do reduce injury risk and improve worker wellbeing. But only when workers are genuinely involved.
The reality of MSDs on the front line
According to the NSC's 2025 Frontline Worker Perception Report, MSDs are not a marginal issue — they are a daily reality for frontline workers. Nearly 70% of surveyed employees report experiencing job-related MSD symptoms, underscoring the physical demands many workers face in their roles. Even in workplaces with established safety programmes, workers often continue to shoulder significant physical and mental strain.
At the same time, the research reveals notable gaps between the presence of MSD prevention programmes and workers' lived experiences. While many organisations report having ergonomics or MSD initiatives in place, frontline employees frequently cite limited access to ergonomic tools, inconsistent communication about safety, and few opportunities to participate in decision-making related to manual handling injury prevention. These gaps can diminish trust and reduce the effectiveness of even well-intentioned safety efforts.
Safety technology: the benefits when done right
Emerging MSD prevention technology is playing an increasingly visible role in reducing ergonomic risk. According to the NSC's 2025 Frontline Worker Perception Report, more than 80% of workers who have used MSD prevention technologies reported either reduced symptoms or no negative impact. Workers also noted secondary benefits, including improved posture, greater awareness of ergonomic risk factors, and reduced concern about workplace injury.
Different types of technologies deliver different advantages. Innovations that provide direct physical support — such as exoskeletons and robotics — were most strongly associated with reduced MSD symptoms. Meanwhile, monitoring technologies including wearable sensors and computer vision systems helped workers identify risky movements and develop safer manual handling habits over time. Importantly, workers did not report increased mental stress from these tools; perceptions were neutral to positive overall.
Technology alone is not enough
While MSD prevention technology shows clear promise, the NSC's findings make one point unambiguous: tools alone do not prevent injuries. Across all technology types studied — wearable sensors, exoskeletons, computer vision, robots and cobots — the single most consistent predictor of positive outcomes was worker involvement. When frontline employees were included in selecting, testing, and using safety technologies, perceived value and effectiveness increased substantially.
The report identifies participatory ergonomics — actively involving workers in identifying risks and shaping solutions — as a powerful strategy for closing perception gaps between leadership and employees. Organisations that foster open communication and collaboration around MSD prevention benefit from stronger trust, better information sharing, and more effective injury prevention outcomes.
Bridging perception gaps through participation
One of the most concerning findings from the NSC's 2025 research is that many workers lack a clear understanding of MSDs and how to report symptoms, even when safety programmes exist. These gaps in ergonomic risk awareness are associated with delayed pain reporting and less favourable views of organisational safety culture. Early reporting and intervention are critical for preventing minor discomfort from becoming serious musculoskeletal injury.
Participatory approaches directly address this challenge. When workers are invited to provide feedback, contribute to equipment decisions, or take part in ergonomics discussions, they are more likely to understand risks, report symptoms earlier, and view safety initiatives as authentic rather than symbolic.
What is MOVA MMH?
MOVA MMH is SpatialCortex's wearable biomechanical assessment technology, designed to help organisations understand, assess, and reduce ergonomic risks with scientific accuracy. The system uses lightweight, body-worn sensors that capture full-body posture and movement in real time during actual manual handling tasks, transmitting data wirelessly for analysis.
MOVA translates what workers' bodies are actually doing — during real tasks, in real conditions — into objective, HSE-compliant ergonomic risk assessments that safety teams can immediately act on. Unlike observational assessment methods, MOVA captures individualised biomechanical data that reflects genuine exposure, not an approximation of it.
How does MOVA MMH reduce MSD risk?
MOVA MMH transforms how organisations manage manual handling injury and MSD risk by replacing subjective observation with continuous, objective biomechanical data. Here is what the system delivers in practice.
Continuous, real-time risk assessment. MOVA's lightweight sensors attach directly to workwear and capture posture changes in real time — across individual tasks or entire shifts. Unlike point-in-time observational assessments, MOVA reflects how risk accumulates throughout a working day, giving a far more accurate picture of actual exposure.
Automated, HSE-aligned reporting. The system automatically generates reports aligned to the UK's established ergonomic assessment frameworks — MAC, RAPP, ART, REBA, and RULA — removing the inconsistency and administrative burden of manual assessment. Safety teams get audit-ready documentation without the paperwork.
AI-driven mitigation strategies. MOVA's AI analysis goes beyond identifying risk. It provides targeted mitigation strategies informed by the hierarchy of controls and aligned to industry best practice — so teams know not just where the problem is, but what to do about it.
Enterprise-wide risk visibility. A unified dashboard gives safety and operations teams a real-time view of risk hotspots across sites, departments, and task types. This supports prioritisation, compliance management, and the ability to demonstrate progress over time.
In-environment training and feedback. MOVA enhances training by delivering real-time postural feedback in the actual working environment — not a classroom. Workers can improve their technique and embed safer manual handling behaviours in the place and context where risk actually occurs, making behavioural change more likely to stick.
Does MOVA MMH integrate with existing PPE?
Yes. MOVA sensors are designed to attach directly to workers' existing PPE, removing the need for additional equipment and reducing the perception of surveillance through a standalone device. When correctly fitted, the sensors do not restrict movement or affect workers' ability to perform their tasks.
How SpatialCortex supports worker participation and acceptance
The NSC's 2025 findings are unambiguous: worker participation in MSD prevention technology implementation is not a soft benefit — it is a direct predictor of better ergonomic and wellbeing outcomes. SpatialCortex has built its entire implementation approach around this principle.
Before a MOVA deployment begins, teams receive a dedicated communications pack designed to be shared through existing channels — team briefings, notice boards, safety bulletins. Workers hear about the MSD prevention technology in plain language, from their own managers, before a sensor is switched on. Questions are anticipated and answered early, so curiosity replaces anxiety.
Structured briefings follow, giving workers the opportunity to see the technology, handle it, and understand what biomechanical data is captured and why. Critically, this is also where usability and operability feedback is actively sought. Workers are not passive recipients — their input directly shapes how the programme runs.
Once deployed, that feedback loop continues. SpatialCortex captures usability data throughout, not just at the end, so issues are identified and resolved in real time rather than surfacing in an end-of-project review.
The hardware itself plays a significant role in acceptance. Because MOVA wearable sensors attach directly to existing PPE, there is no new equipment to get used to, no additional item to remember, and no perception of being monitored through a standalone device. When the fit is right, workers report that the sensor simply does not get in the way.
That last point is backed by one of the most telling data points from our deployments: 95% of staff report forgetting they are wearing the sensor after approximately five minutes. That is not a minor usability detail. It means the biomechanical data MOVA captures reflects genuine work as it is actually done — natural movement, real posture, authentic behaviour — rather than a performance modified by awareness of being monitored. For ergonomic risk assessment, that authenticity is everything.
Participation also extends to measuring the impact of interventions over time. SpatialCortex supports the option to launch a structured, site-wide MSD discomfort survey — giving organisations a baseline of aggregated discomfort levels across the workforce before a programme begins. As MOVA data informs changes to tasks, workstations, and working practices, the survey can be repeated to track whether those interventions are making a measurable difference to how workers actually feel. This closes the loop between biomechanical data and lived experience, and gives safety leads the evidence they need to demonstrate programme value to leadership.
Conclusion: from research to safer workplaces
The NSC's 2025 Frontline Worker Perception Report makes three things clear. First, MSD prevention technology works — more than 80% of workers report reduced symptoms or no negative impact. Second, wearable sensors and ergonomic assessment tools increase worker awareness of ergonomic risk factors and improve posture. Third, and most importantly, participation determines outcomes: workers who are involved in selecting and implementing MSD prevention technology consistently report better results across every measure.
Reducing musculoskeletal disorder risk requires more than policies or tools alone. It demands a worker-centred approach that combines technology, participatory ergonomics, and trusted engagement. MOVA MMH is designed to make that possible in practice — providing objective biomechanical data, integrating with existing PPE, and pairing every deployment with the communications and feedback structures that drive genuine worker acceptance.
The research shows what works. MOVA helps you put it into practice.
Read the article from NSC here, NSC Study Highlights Benefits of Workplace Injury Prevention Technology
Read the full NSC Frontline Worker Perception Report here, frontline-worker-perception-msd-prevention-tech.pdf