Key Takeaways

  • 52% of all musculoskeletal disorders in construction are linked to manual handling (HSE 2024/25).
  • MHOR 1992 requires hazardous manual handling to be avoided — not just managed — where mechanisation is practicable.
  • Mechanised fencing and barrier handling removes hundreds of individual lifts per deployment.

The Scale of Manual Handling Injuries in Construction

The construction industry has one of the worst records for work-related musculoskeletal disorders (MSDs) of any UK industry. Manual handling — lifting, carrying, pushing and pulling heavy or awkward loads — is the single largest contributor.

Manual Handling — The MSD Burden

52%

of construction MSDs link to manual handling

Musculoskeletal disorders are the most common work-related ill-health condition in construction. MHOR 1992 requires hazardous manual handling to be avoided where mechanisation is reasonably practicable — not just risk-assessed.

Source: HSE Labour Force Survey 2024/25

52%
of all MSDs in construction are directly linked to manual handling activities (HSE 2024/25)

In absolute terms, this translates to tens of thousands of workers suffering work-related MSD injuries each year in the construction sector alone. Many of these injuries are career-ending: back injuries, shoulder damage and chronic joint conditions that prevent workers from continuing in physically demanding roles.

Which Tasks Cause the Most Injuries?

The HSE's construction MSD data identifies the following task categories as the primary sources of manual handling injuries on construction sites:

The Legal Framework: MHOR 2002

The Manual Handling Operations Regulations 1992 (as amended) (MHOR) require employers to: avoid hazardous manual handling operations where reasonably practicable; assess those that cannot be avoided; and take appropriate steps to reduce the risk of injury. The key word is "avoid" — not "manage". Where mechanical handling can eliminate manual handling, it should be used.

200-Panel Fencing Job — Individual Lifts

Manual gang200+ lifts, carries & placements
Mechanised (FenceBag)~4 machine lifts

Each manual panel ≈ 25–30kg handled multiple times

Mechanical Solutions for Common Construction Manual Handling Tasks

Heras Fence Panel Handling

Installing 200 Heras fence panels with 5 operatives manually takes 2–3 days. The MW Equipment FenceBag carries 54 panels per lift, reducing the same job to 4–6 hours with 2–3 operatives. Loading and unloading that traditionally takes 3–4 hours takes approximately 15 minutes. The manual handling exposure — the primary injury risk — is eliminated.

The FenceBag → 54 Heras panels per lift. 200-panel installation in 4–6 hours.

Crowd Control Barrier Handling

Traditional barrier deployment — 3 operatives at ~30 barriers per hour — involves constant lifting, carrying and positioning. The BarrierBag carries 144 barriers per load and deploys at 60–80 per hour with a single operator. Labour exposure is reduced by two-thirds.

Fuel and Liquid Management

Jerry can fuelling — perhaps the highest-risk manual handling method for liquid fuels — can be eliminated entirely using the FuelBag, which delivers fuel directly to each machine via an 8-metre hose reel. No jerry cans. No lifting, carrying or pouring.

The Business Case for Reduction

Beyond the legal obligation and the human cost, manual handling injuries have direct financial consequences: sick pay, temporary workers to cover absence, potential employer's liability claims, increased insurance premiums, and HSE enforcement action. The investment in mechanical handling equipment — which typically pays back through labour savings alone — also carries significant risk-reduction value that doesn't appear in the ROI calculation.

Use our ROI Calculator to calculate the labour saving from FenceBag or BarrierBag for your specific operation.