Reading now: Risk assessment for mobile elevating work platforms: How to protect people, machines and projects
Zusammenfassung What You Need to Know

OneRisk analysisis the first step towards a safe use ofWork platforms, forklifts and telehandlersIt shows where hazards lurk—from soft ground to power lines—and helps prevent accidents and damage.

Those who inspect the site, assess risks, and document measures not only work more safely but also more efficiently. Whether it's a construction site, warehouse, or event space:Good preparation saves downtime, money and stress – and protects people and machines.

Zusammenfassung What You Need to Know

OneRisk analysisis the first step towards a safe use ofWork platforms, forklifts and telehandlersIt shows where hazards lurk—from soft ground to power lines—and helps prevent accidents and damage.

Those who inspect the site, assess risks, and document measures not only work more safely but also more efficiently. Whether it's a construction site, warehouse, or event space:Good preparation saves downtime, money and stress – and protects people and machines.

Anyone who uses work platforms, telehandlers, or forklifts bears responsibility – not only for the technology itself, but also for the location where it is used. A thorough risk analysis is therefore mandatory before any equipment even takes off or drives. This guide explains how companies can identify, assess, and safely avoid hazards – using practical methods and in accordance with DGUV standards.

Why risk assessment is so important

A mobile elevating work platform is only as safe as its location. Ground, surroundings, weather, pedestrian traffic – everything plays a role. Many accidents aren't caused by defects, but rather because no one has paid close attention beforehand. A good risk assessment does just that: It identifies weak points before something happens.

And yes, it's a legal requirement. But above all, it's a piece of common sense within the system.

Legal basis – short and clear

You don't have to delve into the legal code to know what matters. Nevertheless, it helps to know the most important rules:

  • Occupational Safety and Health Act (§§ 5, 6): Identify, assess and document hazards.
  • Industrial Safety Ordinance: Safety when handling work equipment – ​​including platforms and forklifts.
  • DGUV Rule 100-500: Requirements for testing, operation and instruction.
  • TRBS 2111 Part 1 & 4: Mechanical hazards and mobile work equipment.
  • DIN EN 280: Construction and safety requirements for mobile elevating work platforms.

You can read how TRBS and EN standards interact here: TRBS and EN standards simply explained

This is how a proper risk assessment works

Whether it's a construction site, warehouse, or event space, the steps are always the same. What's crucial is that they are implemented consistently:

  1. Clarify the assignment and conditions: What will be done? Where, for how long, and under what circumstances?
  2. Check location: subsoil, space, slope, obstacles, overhead lines.
  3. Identify hazards: risk of tipping, electrical contact, pinch points, visibility problems.
  4. Assess the risk: How likely is it? How severe would the damage be?
  5. Define measures: Technical (e.g. support), organizational (e.g. barriers), personal (PPE).
  6. Documentation: test sheet, checklist, emergency plan – the main thing is to be comprehensible.

Typical risks – and how to manage them

Construction site

  • Soft ground or slope – risk of sinking or tipping.
  • Construction site traffic with trucks and excavators – risk of crushing.
  • Wind, rain, unclear paths – reduced stability.

Practical tip: Check load-bearing capacity, install support slabs, and define weather limits. You can find out more about soil loads here.

Industrial hall or warehouse

  • Narrow paths, poor visibility – risk of collisions.
  • Mixed traffic between pedestrians and equipment.
  • Slippery floors due to oil or moisture.

Measure: Separate driveways and sidewalks, use mirrors or cameras, keep floors clean, check lights.

Event or outdoor area

  • Uncontrolled flow of people.
  • Weather changes and nearby power plants.
  • Confined or improvised parking spaces.

Measure: Cordon off areas, secure supports, mark escape routes.

Checklist: What you should always pay attention to

Checkpoint Description Recommended action
Soil conditions Load-bearing capacity, inclination, subsoil Support plates, visual inspection, no rough estimate
Weather conditions Wind, rain, ice Observe the manufacturer's application limits
Overhead lines Distance after voltage At least 3 m up to 110 kV, inform network operator
Operator qualification e.g. Valid SYSTEM-CARD ID Use only trained operators
Emergency plan Rescue, emergency descent, communication Check and instruct before use

Responsibility: Who does what?

  • Operator: Conducts the risk assessment and implements measures.
  • Operator: Reports defects, works according to instructions.
  • Occupational safety specialist: Supported and documented.
  • Landlord: Delivers a tested device – but the responsibility on site remains with you.

You can find out more about the DGUV rules here.

Conclusion: Security is not paperwork

A risk assessment is more than just a form. It's your safety net—for employees, projects, and deadlines. Taking it seriously saves you hassle, downtime, and, in the worst case, serious money. And that's precisely the difference between "already working" and "working safely."

If you're unsure how to properly assess risks at the site, we're happy to support you. As landlords with experience from hundreds of deployments , we know where things get critical – and how to avoid them.

Benjamin_Biberger_f09df03b-780b-4e03-8991-ca3f20113b29 - BIBERGER
About the author

Benjamin Biberger

Managing Director

Benjamin is the founder and managing director of BIBERGER Arbeitsbühnen & Forklifts.

He is responsible for thecommercial and administrative areasof the company and, together with his team, ensures theOptimization of operational processesand theoptimal customer supportin their projects.

Through his many years of experience in the areas of organization andProject managementIt provides a stable foundation – in its own daily business, in sustainableFurther development of processesas well as in theCollaboration with partners and customers.

Our editorial quality standards

The subject content on biberger.de are editorially created, reviewed, and continuously updated. The basis is our daily work with aerial platforms, telehandlers, and industrial trucks – in rental, sales, operational planning, and technical support.

Each article draws on real-world experience and is editorially reviewed for clarity, accuracy, and practical relevance according to expert criteria. Technical statements are regularly compared against current industry standards and best practices.

The aim of our publications is to make reliable specialist knowledge accessible and to offer guidance to users, decision-makers and industry partners. BIBERGER sees itself as an independent information platform for safe, economical and modern height access technology – well-founded, comprehensible and free from advertising influence.

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FAQ

What does a risk analysis include?

A risk analysis looks not only at hazards, but at the entire operation: ground, environment, equipment, personnel, and weather. It describeswhere something can go wrong, how likely that is—and what can be done about it. Ideally, it ends with a clear action plan before the stage even starts.

What methods are there for risk analysis?

In practice, simple models such as theRisk matrix(Probability of occurrence × severity of damage).

Larger companies or landlords sometimes also work withFMEA analysesorChecklists according to DGUVto systematically assess risks. What matters is not the method itself—but that it is applied consistently.

What is examined in a risk analysis?

Everything that affects security is examined:

  • Condition of the subsoil
  • Load-bearing capacity and stability
  • Distances to obstacles and overhead lines
  • Weather conditions and visibility
  • Qualification of operators

This creates a realistic picture of whether the planned deploymentsafely feasibleis – or adjustments are necessary.

How much does a risk analysis cost?

A risk analysis primarily costsTime and attention– no money. It can be carried out internally by the company, the safety officer, or the landlord. External specialists are only called in for particularly sensitive operations (e.g., in chemical plants or on high-voltage sites).

Who carries out a risk analysis?

As a rule, theOperator or client of the work. For rental equipment, theLandlordbecause he has the technical know-how for the platform or forklift.

For larger construction sites, theOccupational safety specialistor theProject Managertake responsibility – the main thing is that someone has the issue clearly on the table.

What does a risk analysis for work platforms include?

It covers the entire process – from delivery through assembly to return transport.

The goal: risks such asTipping over, electric shock, crushing or incorrect operationidentify, evaluate and secure with clear measures.

In short: No use without knowing beforehand,where the boundaries lie.

What types of risk analysis are there?

In the technical field, a distinction is made between:

  • Qualitative analyses(e.g. visual inspection, experience, checklist)
  • Quantitative analyses(e.g. calculation of load-bearing capacity, wind load, inclination)
    For work platforms and forklifts, thequalitative analysis according to DGUVStandard – practical, fast and absolutely sufficient if carried out consistently.

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