100+ Free High Risk Work Licence — Boom-Type EWP (WP) Practice Questions

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2026 Statistics

Key Facts: High Risk Work Licence — Boom-Type EWP (WP) Exam

100

Practice Questions

OpenExamPrep

Official Questions

Safe Work Australia

100%

Required in Math

NAI Standard

5 yrs

Licence Validity

WHS Regulators

The Australia HRWL Boom-Type EWP (WP) exam is a closed-book theory, calculation, and practical assessment based on TLILIC0005. Candidates must achieve 100% accuracy in calculations and safety-critical questions. This prep includes 100 practice questions.

Sample High Risk Work Licence — Boom-Type EWP (WP) Practice Questions

Try these sample questions to test your High Risk Work Licence — Boom-Type EWP (WP) exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1Under Australian WHS legislation, what is the primary 'duty of care' obligation of a High Risk Work Licence EWP operator?

A.To guarantee that the machine operates at maximum speed to meet daily site production quotas.

B.To ensure the manufacturer's maintenance logbook is kept locked in the main office archive.

C.To take reasonable care for their own safety and ensure their actions do not adversely affect the safety of others.

D.To personally repair any structural cracks found on the boom before starting operations.

Explanation: Under Section 28 of the Work Health and Safety (WHS) Act, workers—including EWP operators—must take reasonable care for their own health and safety, and ensure that their acts or omissions do not adversely affect the health and safety of other persons at the workplace.

2At what minimum boom length is a boom-type Elevating Work Platform (EWP) classified as high-risk work, requiring a WP class High Risk Work Licence in Australia?

A.11 metres or more

B.10 metres or more

C.15 metres or more

D.8 metres or more

Explanation: A boom-type elevating work platform with a boom length of 11 metres or more requires a national High Risk Work Licence (WP class). Any boom-type EWP under 11 metres, or scissor lifts of any height, only require competent operator training (such as a Yellow Card), not an HRWL.

3What is the legal difference between a 'hazard' and a 'risk' in an EWP work environment?

A.A hazard is a physical object on the ground, while a risk is an overhead electrical line.

B.A hazard is anything with the potential to cause harm, while a risk is the likelihood and severity of that harm occurring.

C.A hazard is always controlled by WHS inspectors, while a risk is the sole responsibility of the site manager.

D.There is no legal difference; both terms are used interchangeably in Australian WHS codes of practice.

Explanation: According to Work Health and Safety guidelines, a hazard is a situation or thing that has the potential to cause harm to a person (e.g., overhead power lines). A risk is the possibility that harm (death, injury, or illness) might occur when exposed to that hazard.

4When is a Safe Work Method Statement (SWMS) legally required for operating a boom-type EWP on an Australian worksite?

A.For all EWP operations, regardless of the industry, height, or proximity to site hazards.

B.Only when the EWP is being operated in wet weather conditions.

C.When the operation is classified as high-risk construction work, such as working near overhead power lines or on heights.

D.Only when the EWP is hired from an external supplier and not owned by the contractor.

Explanation: A Safe Work Method Statement (SWMS) is a legal requirement under WHS regulations for any 'high-risk construction work'. This includes construction work carried out on or near chemical, fuel, or refrigerant lines, near overhead electric lines, or where there is a risk of a person falling more than 2 metres.

5If you discover that the manufacturer's operating manual is missing from the EWP, what action must you take?

A.Search online and verbally summarize the safety specifications for your ground support crew.

B.Operate the EWP anyway, provided you have operated the same model on previous worksites.

C.Use a digital copy on your personal smartphone while driving the platform with one hand.

D.Do not operate the EWP, tag it out of service, and report the missing manual to your supervisor.

Explanation: It is a regulatory requirement that the manufacturer's operating manual is present on the EWP (usually in a dedicated weatherproof compartment) at all times. If it is missing, the machine must not be operated, and it should be tagged out of service until a replacement is secured.

6What is the significance of checking the service history in the EWP's logbook before commencing work?

A.To find the manufacturer's telephone number in case you want to suggest design changes.

B.To check the names of previous operators to assign blame for any existing minor cosmetic damage.

C.To determine the fuel efficiency of the EWP for company tax accounting purposes.

D.To verify that the machine has undergone its mandatory periodic inspections and is safe to use.

Explanation: Before using an EWP, the operator must inspect the logbook to verify that all daily, monthly, and annual safety inspections have been completed, signed off by competent persons, and that there are no unresolved fault reports that would make the machine unsafe to operate.

7You notice a small crack in a weld on the EWP boom during your pre-start inspection. What should you do?

A.Tag the machine 'Out of Service', record the fault in the logbook, and report it to your supervisor immediately.

B.Apply heavy-duty structural tape over the weld and monitor it during the work shift.

C.Operate the EWP at a reduced height and avoid fully extending the boom.

D.Smear grease over the crack to prevent moisture ingress and continue with the task.

Explanation: Any structural defect, such as a cracked weld, is a major safety hazard that compromises the integrity of the boom. The EWP must be isolated immediately, tagged with an 'Out of Service' tag, logged in the machine's maintenance book, and reported for certified professional repair.

8How often must a safety harness and lanyard be inspected by a competent person in Australia?

A.Once every 12 months

B.At least every 6 months

C.Only when the harness has been involved in a fall event

D.Every 2 years

Explanation: According to Australian Standard AS/NZS 1891.4, personal fall-arrest equipment, including safety harnesses and lanyards, must be inspected by a competent person at intervals of not more than 6 months. In addition, the operator must carry out a pre-use visual inspection every day.

9During a pre-start check of pneumatic EWP tyres, which of the following is the most critical safety item to verify?

A.Tyre pressure matches the manufacturer's specification and wheel nuts are fully torqued.

B.The tyre tread pattern matches the steering wheels of nearby vehicles.

C.The tyres have been polished with protective tyre shine.

D.The rubber compound is rated as biodegradable by the supplier.

Explanation: Tyre pressure is critical for EWP stability; under-inflated tyres can cause the EWP to lean or tip over when the boom is raised. Loose wheel nuts can lead to wheel failure. Both must be checked against the specifications on the EWP data plate or manual.

10What is the purpose of testing the 'dead-man' controls (such as the foot switch) during your EWP pre-start checks?

A.To bypass the ground control panel during emergency descent operations.

B.To reset the EWP's internal computer system to factory default settings.

C.To sound a loud audible warning horn to clear bystanders from the work area.

D.To ensure that all boom movements cease immediately when the operator releases the switch.

Explanation: The 'dead-man' foot switch is a critical safety device in the EWP basket. It must be depressed to enable basket controls, ensuring that if the operator is incapacitated, falls, or releases the controls, the EWP immediately halts all functions to prevent injury or damage.

About the High Risk Work Licence — Boom-Type EWP (WP) Exam

The High Risk Work Licence for Boom-Type Elevating Work Platforms (WP class) is legally required in Australia to operate any boom-type EWP with a boom length of 11 metres or more. The assessment is based on the national unit of competency TLILIC0005. It covers critical safety procedures including pre-start inspections, ground stability assessment, outrigger setup, safe operating limits, proximity to hazards (such as overhead powerlines), emergency lowering operations, and stowing and securing procedures upon shutdown.

Assessment

Closed-book written and oral assessment administered by an accredited assessor at a Registered Training Organisation (RTO).

Time Limit

1.0 hour (theory exam)

Passing Score

Competent (100% in calculations and practical, plus correct answers for all critical safety theory questions)

Exam Fee

Course and assessment fees typically range between $450 and $900 AUD depending on the provider, with an additional state regulator licence application fee of $75 to $110 AUD. (State and Territory Work Health and Safety (WHS) regulators (e.g., SafeWork NSW, WorkSafe Victoria, WorkSafe Queensland).)

High Risk Work Licence — Boom-Type EWP (WP) Exam Content Outline

25%

Pre-Start Inspection & Checks

WHS duties, hazard identification, pre-operational structural and safety device checks, harness inspections, and logbook entries.

25%

Positioning & Stability

Ground bearing capacity, soleplates, outrigger configuration, slopes, wind limits, dial-before-you-dig (DBYD), and powerline exclusion zones.

30%

Operating the EWP

Controls testing, communication, travel height, whip effect, pedestrian controls, tilt alarms, emergency lowering, and suspension trauma.

20%

Shutdown & Securing

Safe parking, stowing boom and outriggers, isolation, post-operational checks, logging hours, and fault tagging.

How to Pass the High Risk Work Licence — Boom-Type EWP (WP) Exam

What You Need to Know

Passing score: Competent (100% in calculations and practical, plus correct answers for all critical safety theory questions)
Assessment: Closed-book written and oral assessment administered by an accredited assessor at a Registered Training Organisation (RTO).
Time limit: 1.0 hour (theory exam)
Exam fee: Course and assessment fees typically range between $450 and $900 AUD depending on the provider, with an additional state regulator licence application fee of $75 to $110 AUD.

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

High Risk Work Licence — Boom-Type EWP (WP) Study Tips from Top Performers

1Learn the powerline exclusion zones by heart: the minimum clearance distances from overhead lines are critical safety questions and must be answered with 100% accuracy.

2Practice load capacity calculation questions: always check the EWP data plate for the Safe Working Load (SWL) and subtract the weight of all operators, tools, and materials to ensure you are not overloaded.

3Understand outrigger setup: always use appropriate timber soleplates under outrigger pads when working on unsealed ground or asphalt to distribute the load and prevent sinking.

Frequently Asked Questions

Do I need a High Risk Work Licence (HRWL) for all Elevating Work Platforms?

In Australia, you only need a WP class High Risk Work Licence to operate a boom-type elevating work platform with a boom length of 11 metres or more. For boom lengths under 11 metres, scissor lifts, or vertical lifts, a standard operator ticket (often called a 'Yellow Card') is required.

What are the entry requirements for the WP licence assessment?

Candidates must be at least 18 years of age, have a basic command of the English language (interpreters are generally not permitted for safety reasons), and complete a training course with a Registered Training Organisation (RTO) before sitting the NAI assessment.

What happens if I fail the calculations component of the exam?

The calculations component requires 100% accuracy. If you fail any calculation questions, you are marked as 'Not Yet Competent' and will need to undergo re-assessment for that component.