On completion, learners will be able to demonstrate an understanding of:

• The hazards associated with crane operations
• The legal framework, including LOLER 1998, PUWER 1998 and the Health and Safety at Work etc. Act 1974
• The types of crane and their applications
• The roles within a lifting operation, including the appointed person, slinger and signaller
• The planning of lifting operations
• Pre-use inspection and thorough examination
• Safe working loads, load charts and stability
• Safe slinging, signalling and communication
• Working near power lines and other hazards
• The reporting of defects and incidents

• The operator executes somebody else’s plan. Planning and supervision are separate, defined roles.
• Most failures begin with no plan at all. A certificate and a crane on site are not a lifting plan.
• Capacity depends on radius. The headline rating applies only at minimum reach.
• Sling angle raises leg tension invisibly. Wide angles overload slings that appear adequately rated.
• Ground conditions cause overturns. Outrigger loads are concentrated and the ground beneath is rarely surveyed.
• Overhead power lines kill crane crews. Contact does not require touching the conductor.

• Level 2 qualification covering the planning and conduct of lifting operations
• Blended delivery: online theory via the Britsafe learning management system, followed by practical training and testing at an approved centre
• Course materials are provided digitally (soft copy) via the LMS
• Assessed by practical testing at the centre and by online examination via the Britsafe Examination Management System (EMS), with a minimum pass mark of 70%
• Certification issued with an anti-counterfeit hologram security seal, available both as a physical copy and as a soft (digital) copy
• Built around the role structure that governs lifting operations
• Explains duty charts, radius and sling angle properly
• Covers ground conditions and outrigger loading
• Clarifies contract lift and crane hire responsibilities
• Suitable for planners and supervisors as well as operators

Knowledge developed:

• The legal framework, roles and lift planning requirements
• Crane types, selection, duty charts and radius
• Ground conditions, outrigger loading and set-up
• Loads, accessories, sling angles and rejection criteria
• Exclusion zones, communication, overhead hazards, weather and contractual responsibility

Skills developed:

• Recognising when a lift has not been planned
• Reading a duty chart at the actual radius and configuration
• Recognising sling angles that overload the accessories
• Recognising inadequate ground preparation and outrigger support
• Recognising damaged accessories that must be withdrawn
• Stopping a lift where conditions or arrangements are inadequate

This Award is designed for those involved in lifting operations, including:

• Crane operators and trainee operators
• Slingers and signallers
• Lorry loader operators
• Crane supervisors
• Appointed persons and those supporting them
• Site managers and agents
• Construction and civil engineering supervisors
• Steel erection, precast and modular installation personnel
• Plant and lifting equipment coordinators
• Health and safety coordinators
• Those hiring cranes or commissioning lifting operations
• Those working near lifting operations

There are no formal academic prerequisites for this Level 2 Award. It is open to learners aged 16 and above with a reasonable standard of spoken and written English, sufficient to engage with course materials and complete the assessment. Learners undertaking the practical component must be physically capable of the work; medical and fitness requirements, including vision, are determined by the employer and the approved centre.

Course content is structured around progressive learning blocks covering the legal framework; planning and supervision of lifting operations; roles and responsibilities; lift plans and their content; lift categories; crane types and selection; duty charts; radius and safe working load; booming out with a load; slew position and stability; ground assessment and bearing pressure; outrigger loading, mats and spreader plates; underground hazards; load assessment and centre of gravity; lifting accessories; sling angles and leg tension; marking, inspection and rejection; pre-use checks and defects; thorough examination; exclusion zones; communication and signalling; overhead power lines; wind and weather limits; and contract lift compared with crane hire.

Assessment has two components. Practical competence is assessed by testing at the approved centre, for the role and equipment concerned. Underpinning knowledge is assessed through an online examination via the Britsafe Examination Management System (EMS), with a minimum score of 70%. Both components must be completed successfully. On successful completion, learners receive a certificate, available both as a physical copy and as a soft (digital) copy. Certification evidences training; the employer remains responsible for job-specific familiarisation and authorisation.

This Level 2 Award supports roles including:

• Crane Operator or Lorry Loader Operator
• Slinger or Signaller
• Crane Supervisor
• Site Supervisor or Agent
• Plant or Lifting Coordinator
• Health and Safety Coordinator
• A stepping stone toward appointed person training and lifting management routes

Construction and civil engineering

• Steel erection and structural work
• Precast concrete and modular construction
• Ports, docks and freight handling
• Energy generation and renewables
• Oil, gas and petrochemicals
• Manufacturing and heavy engineering
• Utilities and infrastructure
• Rail and transport infrastructure
• Waste management and recycling
• Transport and haulage with vehicle-mounted cranes

• Supports compliance with duties covering lifting equipment and operations
• Establishes the role structure that lifting operations depend on
• Reduces unplanned lifting, the most common underlying failure
• Improves duty chart use and understanding of radius
• Improves sling selection and recognition of angle effects
• Improves ground assessment and outrigger set-up
• Clarifies responsibility under contract lift and crane hire arrangements
• Provides documented evidence of training for audit, client and insurance requirements

• A recognised certificate with practical competence assessed in person
• Understanding of why lifts fail rather than a list of rules
• Flexible online theory that fits around site work
• Ability to recognise an unplanned or unsafe lift and stop it
• Knowledge relevant to planning as well as operating
• A foundation for supervisor and appointed person progression

Learners can apply this qualification directly to:

• Establishing who has planned the lift before anything is attached
• Reading the duty chart for the actual configuration and radius
• Checking that the load weight is known rather than estimated
• Establishing the centre of gravity before selecting lifting points
• Selecting accessories rated for the load at the angle in use
• Recognising sling angles that overload the legs
• Rejecting damaged, unmarked or out-of-date accessories
• Assessing ground conditions and requiring mats where needed
• Deploying outriggers fully and on adequate support
• Establishing and maintaining exclusion zones beneath the load
• Ensuring one nominated signaller directs the lift
• Identifying overhead lines and applying exclusion arrangements
• Checking wind speed against the manufacturer’s limits
• Stopping the lift when conditions or arrangements change

Learners often progress into:

• Additional crane category training
• Slinger and signaller certification where not already held
• Crane supervisor training
• Appointed person training for planning lifting operations
• Britsafe Level 1 Award in Offshore Lifting Operations Safety
• Britsafe Level 2 Award in Working Safely at Heights
• Britsafe Level 2 Award in Managing Safely

• Crane supervisor and appointed person routes
• Lifting operations management and planning
• Site management and construction supervision
• Plant management and hire company technical roles
• Professional membership routes with relevant construction, plant and safety bodies

Britsafe Qualifications UK Limited operates internationally, and the engineering principles covered radius and capacity, sling angle and leg tension, ground bearing pressure and centre of gravity apply identically everywhere. Role structures, certification schemes, examination intervals, statutory duties and contractual arrangements are national, so learners working outside Great Britain should confirm the framework and certification their jurisdiction and employer require.

1. What does this qualification cover?
It covers the planning and conduct of lifting operations: the legal framework, roles and responsibilities, lift planning, crane types and selection, duty charts and radius, ground conditions and outriggers, loads and accessories, sling angles, inspection and thorough examination, exclusion zones, signalling, overhead and underground hazards, weather, and contract lift compared with crane hire.

2. Can this be completed entirely online?
No, and this matters before purchasing. Operating a crane and slinging loads are practical skills that must be trained and tested in person on the equipment concerned. This Award is delivered as a blended programme theory online, followed by practical training and testing at an approved centre and the certificate is issued only on completion of both. No online-only course from any provider produces a certificated or competent operator or slinger.

3. Why is the operator not in charge of the lift?
Because the operator cannot see enough of it. A crane operator frequently cannot see the load once it is lifted, cannot see the landing area, and is working from directions given by somebody else. Lifting operations are therefore structured around defined roles: an appointed person plans, a supervisor controls the lift on the day, the operator operates, a slinger attaches, and a signaller directs. On simple lifts roles combine; on complex lifts they separate. What does not happen is an operator planning and supervising a lift while working the controls.

4. What does the appointed person do?
Plans the lifting operation and ensures it is properly resourced and supervised. That covers assessing the load, selecting the crane and accessories, determining the position and configuration, assessing ground conditions, identifying hazards including overhead lines and underground services, establishing exclusion zones, specifying communication arrangements, deciding the category of lift and producing the plan. The role is about competence and authority rather than seniority, and the appointed person does not have to be present for every lift they have planned.

5. When is a written lift plan needed?
Every lifting operation must be planned, and the form the plan takes is proportionate to complexity. Routine, repetitive lifts using the same equipment in the same conditions may be covered by a generic plan, reviewed periodically. Anything non-routine an unusual load, a restricted site, a tandem lift, work near power lines, lifting over occupied areas needs a specific written plan. The recurring failure is not a bad plan but no plan: a crane on site, a certificate in a wallet, and a load somebody decided to move.

6. Why does radius matter so much?
Because it governs capacity. A crane’s headline rating applies at its minimum radius, and safe working load falls sharply as the load moves further from the centre of slew. A machine described as a fifty-tonne crane may be limited to a small fraction of that at maximum reach. Every lift is therefore governed by the duty chart for the actual configuration boom length, counterweight, outrigger extension and radius rather than by what the crane is called.

7. What is the danger in booming out with a load?
That it increases radius while the load is suspended, which reduces the crane’s capacity at exactly the moment the load is already on the hook. A lift that was within the chart at eight metres may be well outside it at fourteen. This is one of the most direct routes to an overturn or a structural failure, and it is why the working radius is established during planning rather than adjusted during the lift.

8. Does slew position affect stability?
Considerably, on mobile cranes. Stability differs depending on whether the crane is working over the rear, over the side or over the front, and the duty chart reflects this. Cranes are generally weakest over the side, and configurations on rubber rather than on outriggers are more restricted again. Slewing a load from a permitted arc into a restricted one is a recognised cause of incidents.

9. Why do ground conditions cause so many overturns?
Because outrigger loads are enormous and concentrated. The force transmitted through a single outrigger pad can greatly exceed the crane’s own weight distributed over its tracks or wheels, and it is applied to a small area. Ground that carries a loaded lorry will not necessarily carry an outrigger. Made ground, recently backfilled trenches, basements, cellars, drains, culverts, tanks and voids all fail under that concentrated load, and the failure is sudden. Mats and spreader plates distribute the load, and their size follows from the calculation rather than from what is on the wagon.

10. What underground hazards matter?
Anything that reduces bearing capacity or collapses. Drains, sewers, culverts, basements, cellars, mine workings, service trenches, soakaways, tanks and previously excavated ground. A crane set up over a filled trench is standing on ground that was excavated recently and compacted by whoever backfilled it, which is not a design assumption anybody should rely on. Site information, drawings, trial holes and, where necessary, engineering input inform the assessment.

11. How is a load assessed?
By establishing its weight and its centre of gravity, not by estimating either. Weight comes from documentation, markings, weighing or calculation an estimate that turns out to be twenty per cent light is an overload nobody detected. The centre of gravity determines where lifting points must be relative to the hook: a load lifted off-centre will tilt, swing and may slip from its slings. Loads that can shift internally, that are flexible, or that may be stuck down or bolted require particular care.

12. Why does sling angle matter?
Because it increases the tension in each leg above the apparent share of the load. When sling legs hang close to vertical, each leg carries roughly its share. As the angle between the legs widens, the tension in each leg rises, and at wide angles it rises steeply sufficiently that a sling arrangement which appears comfortably rated can be substantially overloaded. Nothing about it looks wrong, which is what makes it dangerous. Sling capacity must be assessed for the angle actually used, and manufacturers’ information provides the derating.

13. What makes an accessory unfit for use?
Damage, wear, deformation or missing information. Chain slings with stretched, gouged, cracked or worn links; webbing slings with cuts, abrasion, chemical damage, heat damage or damaged labels; wire rope with broken wires, kinks, crushing or corrosion; shackles with worn pins, deformation or incorrect pins; and anything without legible marking of its safe working load or identification. Accessories that cannot be identified cannot be traced to their examination records, and an unmarked sling is a sling nobody can rely on.

14. What is thorough examination?
A statutory examination by a competent person at intervals set by legislation, with a report issued. Intervals differ between lifting equipment and lifting accessories, and equipment used for lifting people is examined more frequently. It is separate from servicing and from the operator’s pre-use check, and reports should be available for the crane and for every accessory in use. Equipment without a current report should not be used.

15. Why do exclusion zones matter so much?
Because a dropped or swinging load is unsurvivable. Nobody stands or works beneath a suspended load, at any time, for any reason. Exclusion zones cover the area beneath the load, the area the load traverses, the crane’s slewing radius where the counterweight can crush somebody against a fixed object and the area affected if the load or the crane were to fall. Zones need physical demarcation and somebody watching them, because people walk into them.

16. How is communication managed?
Through one nominated signaller using an agreed method, whether hand signals or radio. One signaller, and one only an operator receiving directions from two people has no reliable instruction. The operator must be able to see or hear the signaller continuously, and the universal rule is that an operator who loses contact with the signaller, or receives an unclear signal, stops. A stop signal, by contrast, is accepted from anybody.

17. What is the risk from overhead power lines?
Among the most serious in the field, and it does not require contact. Electricity can arc across an air gap to a boom or a load approaching a high voltage conductor, and the crane, the load, the slinger and anybody touching either can be killed. Controls include establishing whether lines can be diverted or isolated, defining exclusion distances, using goal posts and barriers to prevent approach, appointing a spotter, and planning the crane position and slewing arc so that approach is impossible rather than merely discouraged.

18. What weather limits apply?
Manufacturer’s wind limits for the crane and configuration, which are limits rather than guidance. Wind speed increases with height, so conditions at the hook are worse than at ground level, and large loads with substantial surface area catch wind severely even when the wind speed itself is modest panels, cladding, tanks and formwork are all affected disproportionately to their weight. Rain, ice, poor visibility and lightning also stop lifting operations, and out-of-service configurations may be required when a crane is left standing.

19. What is the difference between a contract lift and crane hire?
A significant commercial and legal distinction that many customers do not appreciate. Under a contract lift, the crane company provides the crane, the operator and the appointed person, and takes responsibility for planning and supervising the operation. Under crane hire, the customer hires the crane and operator, and the customer is responsible for planning and supervising the lift, including providing a competent appointed person. Organisations that hire a crane believing they have bought a contract lift find that nobody has planned the operation which is exactly the failure described at the start of this course.

20. Does this Award authorise me to operate a crane?
No. Certification evidences training and testing. The employer remains responsible for job-specific familiarisation with the actual machine and site, and for authorising the individual to operate. Certification is also role-specific and machine-specific: an operator certificate does not cover slinging, and one crane category does not cover another.

21. Is it useful for people who do not operate cranes?
Yes. Supervisors, site managers, appointed persons, those hiring cranes and those working near lifting operations all benefit from understanding duty charts, radius, sling angles, exclusion zones and the contractual distinction. The theory component is worthwhile for those who will never touch the controls.

22. Are there any entry requirements?
No formal prerequisites are required. Learners should have a reasonable standard of English and be aged 16 or above. Those taking the practical component must be physically capable of the work, with fitness requirements determined by the employer and the approved centre.

23. What materials are provided?
Digital (soft copy) course materials via the Britsafe learning management system for the theory component, with practical training delivered at the approved centre.

24. What happens after I complete both components?
Successful learners receive a certificate from Britsafe Qualifications UK Limited, featuring an anti-counterfeit hologram seal for authenticity, available both as a physical copy and as a soft (digital) copy.

25. Can this qualification lead to further study?
Yes. It provides a foundation for additional crane categories, slinger and signaller certification, crane supervisor training and appointed person qualifications.