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Manual Handling & Musculoskeletal Risk

There's no “safe” lifting limit — it's about the whole task, not just the weight

In short

Manual handling — lifting, lowering, pushing, pulling, carrying or moving a load — can cause musculoskeletal disorders (MSDs). There is no legal maximum lifting weight in New Zealand; risk depends on the whole task, not just the weight. Manage it with the hierarchy of controls, putting mechanical aids and task redesign ahead of “lift correctly” training.

No limitthere is no legal maximum weight a worker can lift in NZ.Source: WorkSafe NZ
Whole taskrisk depends on the load, the task, the environment and the person.Source: WorkSafe NZ
MSDsmanual handling can cause both sudden and slow-building musculoskeletal injuries.Source: WorkSafe NZ
Redesign firsteliminating or mechanising the task beats relying on lifting technique.Source: hierarchy of controls

The myth: a “safe” lifting weight

There is no legal maximum lifting weight in New Zealand — and chasing a magic number misses how injuries actually happen.

WorkSafe's screening values are explicitly not “safe load limits” or acceptable weight limits; if handling occurs above them, it simply means you should do a more detailed risk assessment. A light load lifted repeatedly, in an awkward posture, or with a twist, can be more harmful than a heavier load lifted once with good technique. So the question is never just “how heavy?” — it's about the whole task.

What actually drives the risk

Musculoskeletal risk comes from a combination of factors, not weight alone.

FactorExamples
The loadWeight, size, shape, stability, and whether it has good handles.
The taskHow far it's moved, how often, how long, and the posture — bending, twisting, reaching, force.
The environmentFloor surface and space, lighting, temperature, and obstacles.
The personIndividual capability, and that exposure builds up over time.

Musculoskeletal disorders can be sudden (an acute strain or even a fracture) or slow-building, where small daily loads accumulate into a chronic injury.

How to control manual handling risk

Work down the hierarchy of controls — and recognise that lifting-technique training, on its own, is one of the weakest controls.

  • Eliminate the handling — can the task be avoided, deliveries placed where they're needed, or the load split?
  • Substitute / isolate / engineer — use trolleys, hoists, conveyors, lift tables or vacuum lifters; redesign the workstation or layout.
  • Administrative controls — job rotation, team lifts, pacing, and good technique training.
  • PPE — the least effective; for example footwear or grip aids, used to support higher controls rather than replace them.

The common mistake is jumping straight to “we trained them to lift properly” — useful, but it leaves a risky task in place. Redesigning or mechanising the task removes the hazard for everyone.

Assessing manual handling tasks

Where workers do manual handling, assess the risk — and WorkSafe provides tools made for the job.

A risk assessment identifies how likely an injury is, how severe it could be, and what controls to apply. WorkSafe offers three task-specific tools: the New Zealand Manual Handling Assessment Charts (NZMAC) for lifting, carrying and team handling; the New Zealand Risk Assessment of Pushing and Pulling (NZRAPP); and the New Zealand Assessment of Repetitive Tasks (NZART). Use them to pinpoint the risk factors and where to target your controls, and get specialist advice for complex or persistent problems.

Design the strain out of the task

Capture manual handling risks and controls in one place. Book a demo and we'll show you how it works — free 30-day trial included.

Frequently asked questions

Is there a maximum weight a worker can lift in New Zealand?

No. There is no legal maximum lifting weight. WorkSafe's screening values are not safe load limits — if handling occurs above them, it just means you should do a more detailed risk assessment. The risk depends on the whole task, not the weight alone.

What is a musculoskeletal disorder (MSD)?

An MSD is an injury or condition affecting the muscles, ligaments, tendons, bones, nerves or related tissues. From manual handling, MSDs can be sudden (an acute strain or fracture) or slow-building, where repeated daily loading accumulates into a chronic injury.

What factors make manual handling risky?

The load (weight, size, shape, stability, handles), the task (distance, frequency, duration, posture and force, especially bending and twisting), the environment (floor, space, lighting, temperature), and the person and their accumulated exposure. Risk comes from the combination, not weight alone.

How should I control manual handling risk?

Use the hierarchy of controls: eliminate the handling where you can, then use mechanical aids and task or workstation redesign, then administrative controls like rotation and technique training, and PPE last. Redesigning or mechanising the task is far more effective than relying on lifting technique alone.

How do I assess a manual handling task?

Carry out a risk assessment of how likely and severe an injury could be, and what controls to apply. WorkSafe provides task-specific tools: NZMAC for lifting and carrying, NZRAPP for pushing and pulling, and NZART for repetitive tasks. Seek specialist advice for complex or persistent issues.

Sources
  1. Lifting and lowering screening tool (screening values are not safe load limits) — WorkSafe New Zealand: worksafe.govt.nz
  2. Risk assessments for manual tasks (NZMAC, NZRAPP, NZART) — WorkSafe New Zealand: worksafe.govt.nz
  3. Preventing manual handling injuries — WorkSafe New Zealand: worksafe.govt.nz