A UK HSE RAPP-Aligned Framework for No-Touch Load Handling
A practical framework for identifying where hands enter pinch points, crush zones and line-of-fire hazards during pushing, pulling, guiding, positioning and suspended-load handling tasks.
Push Pull Tools, Push Pull Poles, Push Pull Sticks and other Hands Free Safety Tools are frequently used as engineering controls to create standoff distance and reduce hand exposure during load handling, positioning and suspended-load operations.
Most pushing and pulling risk assessments concentrate on the factors that drive musculoskeletal injury: force required, posture and grip, floor and surface conditions, frequency and duration of the task. These factors matter, and they are correctly the foundation of UK manual handling practice.
But a significant proportion of serious hand injuries on pushing, pulling and load-guiding tasks do not happen because the overall force was too high. They happen at the final point of contact — the last few hundred millimetres where a worker reaches in to guide, steady, align, catch, hook, unhook, pull or reposition a load by hand.
Push-pull risk is not only a manual-handling problem. It is also a hand-exposure problem — and the two need to be assessed alongside each other, not as substitutes for one another.
Both layers are needed. Hand Exposure Control does not replace a pushing and pulling risk assessment — it adds a layer that most assessments do not explicitly cover.
| Assessment Factor | Traditional Pushing / Pulling Assessment | Hand Exposure Control Assessment |
|---|---|---|
| Force required | Measured and scored against guideline limits | Considered, but not the primary focus |
| Posture and grip | Assessed for musculoskeletal strain | Considered only where it affects hand placement near the hazard |
| Floor / surface conditions | Assessed for slip, trip and traction risk | Not a primary factor |
| Frequency and duration | Central to cumulative risk scoring | Secondary — relevant to exposure frequency, not task design |
| Visibility and communication | Considered for route and coordination risk | Considered where it affects timing of hand entry near a closing or moving point |
| Pinch / crush points | Not always explicitly scored | Primary focus |
| Suspended or unstable loads | Considered for force and control | Primary focus — swing, settle and rebound are exposure events |
| Final positioning zone | Rarely assessed as a distinct stage | Treated as the highest-risk stage of the task |
| Worker’s hand location | Not typically mapped in detail | Mapped explicitly against the hazard geometry |
| Tool interface | Considered for handle design and grip | Considered as the primary control — tool geometry as a substitute for hand presence |
The highest hand-injury exposure on push-pull and load-guiding tasks tends to occur in the final 300 millimetres of movement — the alignment, seating, landing, hook engagement, sling adjustment, rack positioning or component control stage. This is the zone where workers most often revert to using a bare or gloved hand, because the task feels like it needs precision.
If the task still needs a bare hand, gloved hand or finger within the final 300 mm of a moving, suspended, rolling, sliding, closing or settling load — the task still has unresolved hand exposure.
This is the test HSF applies before any tool is selected. It is a test of geometry and distance, not of glove rating.
Before selecting a tool, HSF works through five questions on every task.
No single tool resolves every task. The geometry of the task determines the correct no-touch control — the matrix below is a starting reference, not a substitute for a task-level review.
| Task Type | Typical Hand Exposure | Risk Mechanism | Preferred No-Touch Control | Notes |
|---|---|---|---|---|
| Guiding suspended loads | Hand near load edge during guidance | Swing, crush, line-of-fire | Push-pull pole / extended guide tool | Standoff length set by swing arc |
| Landing loads | Fingers near contact point on touchdown | Crush at landing surface | Long standoff tool with contact head | Final 300mm is highest risk stage |
| Push/pull correction of hanging loads | Hand used to nudge or redirect load | Pinch between load and structure | Push-pull pole / paddle head | Avoid hand-only correction |
| Moving cylindrical or tubular loads | Hand wrapped around pipe or bar | Roll, pinch, crush | Tubular guide / snare tool | Snare loop sized to diameter range |
| Hook engagement | Fingers placed inside hook throat | Pinch on engagement or release | Hook / retrieval tool with extended reach | Avoid manual hook seating where possible |
| Sling placement / removal | Hand reaching under or around load | Crush on load settling | Tagline or hook tool for placement | Particularly relevant where load is not fully landed |
| Pipe or bar alignment | Hand guiding leading edge into position | Pinch at alignment point | Tubular guide tool | Common on drilling and fabrication tasks |
| Rack loading/unloading | Hand near rack edge during transfer | Pinch, crush, rolling stock | Rack / component positioning tool | Edge geometry of rack affects tool choice |
| Grate or cover removal | Fingers under edge during lift | Crush on settling or dropping | Grate lifting tool | Weight and edge profile vary by site |
| Chain handling | Hand feeding or guiding chain links | Pinch between links or sprockets | Hook or guide tool, task-dependent | Assess separately from sling tasks |
| Component positioning | Hand used for fine final adjustment | Crush against fixed surface | Magnetic positioning tool (where applicable) | Magnetic only suitable for ferrous components |
| Maintenance alignment | Hand near moving part during fit-up | Pinch, line-of-fire | Push-pull pole / standoff tool | Review isolation status separately |
| Manual pushing/pulling of carts or wheeled loads | Hand near wheel or chassis edge | Pinch at wheel/frame junction | Hook or push-face tool for direction control | Often combined with manual handling controls |
| Loading into test beds | Hand guiding component into fixture | Crush at fixture edge | Long standoff guide tool | Fixture geometry varies by application |
| Mould or die positioning | Hand near closing or seating faces | Crush on closure | Magnetic or mechanical positioning tool | Treat as high-severity exposure |
Tool family follows from task geometry, not from a catalogue name.
The correct tool is not selected by catalogue name first.
It is selected by exposure geometry first.
The HSE RAPP tool considers pushing and pulling risk factors such as load movement, force, posture, grip, work environment and task demands. HSF’s framework uses the same practical risk-assessment mindset, but adds one specific question that sits underneath the existing factors: where is the hand during the final interface?
This checklist is intended to be used alongside, not instead of, a full RAPP-based risk assessment.
Wrong: hand guiding a suspended load near the edge. Preferred: push-pull tool used from outside the pinch zone.
Wrong: holding a pipe or cylindrical load by hand. Preferred: tubular guide / snare tool in use.
Wrong: aligning a load during landing with fingers near the contact point. Preferred: long standoff tool, hand kept outside the final 300 mm zone.
Shown here as families, not as a product list. These Push Pull Tools, Push Pull Poles, Pipe Handling Tools and other No Touch Safety Tools are selected according to exposure geometry rather than product category.
For guiding, redirecting and correcting loads from a controlled standoff distance.
For fine positioning during landing and final alignment.
For hands-free control of ferrous components and plates.
For controlling rotation and swing on suspended loads from a distance.
For pipe, bar and cylindrical load control without direct hand contact.
For engaging or releasing slings, chains and fittings without fingers entering the throat.
For striking tasks where hands would otherwise sit in the impact area.
For removing or repositioning grating and covers without fingers under the edge.
For loading and unloading racked stock without hand contact at the edge.
Used only after exposure reduction has been applied — not as the first control measure.
The correct tool is not selected by catalogue name first.
It is selected by exposure geometry first.
To carry out a Hand Exposure Mapping Review, the following is useful:
The UK Health and Safety Executive provides the RAPP tool — Risk Assessment of Pushing and Pulling — to help identify high-risk pushing and pulling operations and check whether risk-reduction measures are effective. HSE’s guidance covers two broad categories of task: moving loads on wheeled equipment such as trolleys, pump trucks, carts or wheelbarrows, and moving loads without wheels, including dragging, sliding, churning and rolling.
This framework is aligned with the type of risk factors considered in HSE’s RAPP tool. HSF recommends reviewing the original HSE RAPP guidance when assessing pushing and pulling tasks, as the source for the underlying risk-assessment methodology. This page does not represent HSE and is not endorsed by HSE.
Original HSE RAPP guidance: www.hse.gov.uk/pubns/indg478.htm
No. A manual handling assessment looks at force, posture, distance and frequency for the whole task. Hand Exposure Control is a narrower, complementary layer that looks specifically at where the hand sits in relation to a pinch, crush or line-of-fire point, particularly in the final stage of contact.
RAPP is built around pushing and pulling risk factors such as force, posture, route and environment. It is not built specifically around pinch, crush or line-of-fire exposure at the final contact point, which is the gap this framework is intended to address alongside it.
Whenever a task currently requires a hand, gloved or bare, to enter the final contact zone around a moving, suspended, rolling or settling load to guide, steady, align or position it. If the hand can be removed from that zone using tool geometry, a no-touch tool should be considered first, ahead of relying on PPE alone.
Tool length should be set by the standoff distance needed to keep the hand outside the identified pinch, crush or swing zone for that specific task, not by a single default length. Site constraints, reach and load size all affect the correct length.
Taglines help control swing and rotation from a distance, which is valuable. They are not always sufficient on their own where fine alignment, landing or final positioning is needed, which is where a push-pull or guiding tool is often used alongside or instead of a tagline.
Gloves and other PPE can reduce the severity of an injury if contact occurs, but they do not remove the hand from the hazard. Hand Exposure Control treats PPE as a residual control, used after exposure has been reduced through distance, geometry and tool selection.
An HSF doctrine principle: the highest hand-injury exposure typically occurs in the final 300 millimetres of movement, alignment, landing or engagement with a load. If a bare or gloved hand still needs to be within that final 300 mm of a moving, suspended or closing load, the task still has unresolved hand exposure.
The choice depends on the exposure geometry of the task: whether the load needs to be pushed, pulled, retrieved, guided or held; whether it is cylindrical, magnetic, suspended or static; and how much standoff distance is required.
A Push Pull Tool is a no-touch safety tool used to guide, position, align, retrieve or control loads while keeping workers outside pinch points, crush zones and line-of-fire hazards.
A Push Pull Pole is a type of Push Pull Tool that allows workers to maintain standoff distance while guiding, redirecting or positioning loads during material handling operations.
Hands Free Safety Tools reduce hand exposure by creating distance between the worker and the hazard. Instead of placing hands near suspended loads, pinch points or crush zones, the task is completed using an engineered tool interface.
Yes. The framework is task-based rather than industry-specific, so it applies anywhere a hand is currently used to push, pull, guide or position a load near a pinch, crush or line-of-fire point.
Not always. Many tasks can be mapped from a clear photo or short video of the task, the load details and the current hand position. Complex or high-risk tasks may benefit from a site-level review, which can be arranged on request.
Do not start with the tool.
Start with the hand.
Find where the hand enters the hazard. Remove that exposure first. Then select the tool that keeps the worker outside the pinch, crush and line-of-fire zone.
Push Pull Tools and other Hands Free Safety Tools are widely used across offshore, oil and gas, steel, mining, ports, construction and heavy industrial maintenance operations to reduce hand exposure during load handling tasks.
Engineer the Hand Out of the Hazard™