Short answer: A drone licence australia pathway normally starts with a CASA Remote Pilot Licence (RePL). Night flights, controlled airspace, and BVLOS work also require an eligible operator, documented procedures, risk controls and relevant CASA approvals. A RePL qualifies the pilot; a ReOC authorises the organisation and its operating system.
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What a drone licence in Australia actually permits
In Australia, the formal individual qualification is the Remote Pilot Licence, or RePL. It is often called a commercial drone licence, drone pilot licence or UAV licence.
A RePL shows that you have the knowledge and practical skills to operate a remotely piloted aircraft in the approved category. However, it does not give unlimited permission to fly anywhere or in any condition.
For most paid work, the pilot also operates under a Remotely Piloted Aircraft Operator’s Certificate, known as a ReOC. The ReOC belongs to an organisation. It confirms that the organisation has the systems, manuals, training controls and safety processes needed to conduct its approved operations.
That distinction matters:
- RePL: qualifies the individual remote pilot.
- ReOC: authorises the organisation and its operating system.
- CASA approval or permission: may authorise a specific operation outside standard conditions.
- AROC: supports aviation radio operations where radio communication with air traffic services is required.
- AusSORA or another safety case: demonstrates how operational risks will be identified and controlled.
This structure applies whether you are working in Brisbane, Sydney, Melbourne, Perth, Hobart or another Australian location.
RePL, ReOC and AROC: the three qualifications to understand
RePL: the pilot qualification
A RePL is the foundation for a professional drone career. You may need one for paid work, larger aircraft categories or operations outside the limited excluded category.
Training covers subjects such as:
- Aviation law and CASA requirements
- Airspace and aeronautical charts
- Meteorology
- Human factors
- Aircraft systems
- Flight planning
- Emergency procedures
- Radio and communication practices
- Practical flight operations
The correct RePL pathway depends on the aircraft category and the work you plan to perform. A pilot flying a small camera drone for roof inspections may need a different pathway from an agricultural operator using a heavier aircraft.
Ace Aviation provides CASA-approved RePL training and drone licence pathways, with online theory and practical training delivered across Australia.
ReOC: the operator authorisation
A ReOC is not a second personal licence. It is an organisational authorisation.
The organisation holding the ReOC must manage its operations through documents and systems. These commonly include:
- An operations manual
- Pilot competency records
- Aircraft and equipment registers
- Maintenance and inspection processes
- Site risk assessments
- Standard operating procedures
- Emergency and lost-link procedures
- Incident and occurrence reporting
- Training and checking records
Ace Aviation operates under CASA.ReOC.1421. This experience supports businesses that need to understand the difference between gaining a pilot qualification and building a compliant operating system.
A ReOC does not automatically permit every advanced operation. Night operations, controlled airspace, BVLOS and other higher-risk activities may require specific conditions, approvals or amendments.
AROC: aviation radio capability
The Aeronautical Radio Operator Certificate, or AROC, is relevant when a drone operation involves aviation radio procedures.
For example, a job near controlled airspace may require communication with air traffic services. The operation may also require the pilot to understand correct phraseology, radio discipline and listening watch procedures.
An AROC alone does not approve a flight. Instead, it supports the communication capability required by the operation and its approval conditions. The operator should confirm the exact requirement during planning.
Key facts for commercial drone operations in 2026
| Topic | What it means | What to check |
|---|---|---|
| RePL | Individual remote pilot qualification | Aircraft category, training scope and current licence status |
| ReOC | Organisational authorisation for commercial operations | Approved operating system, manuals and conditions |
| AROC | Aviation radio operator qualification | Whether aviation radio or ATC communication is required |
| CASA Part 101 | Main regulatory framework for Australian RPA operations | Applicable operating rules and approval pathway |
| Standard operations | Lower-risk operations within set conditions | Daylight, altitude, airspace, people and VLOS limits |
| Night operations | Flights after dark requiring additional controls | ReOC framework, training, records, risk assessment and approval |
| Controlled airspace | Airspace managed around airports or other controlled areas | Airspace classification, airport restrictions and CASA/ATC requirements |
| BVLOS | Beyond Visual Line of Sight operations | Safety case, technology, procedures and CASA approval |
| EVLOS | Extended visual operations using trained observers | Observer positions, communication and documented procedures |
| AusSORA | Structured method for assessing specific operational risk | Ground risk, air risk and proposed mitigations |
| Records | Evidence that the operation remains controlled | Logs, training, maintenance, incidents and approvals |
Standard operations under CASA Part 101
CASA Part 101 sets the broad framework for unmanned aircraft operations in Australia. Standard operating conditions are designed for predictable, lower-risk flights.
These conditions commonly include requirements about:
- Operating during daylight
- Keeping the aircraft within visual line of sight
- Staying below the applicable altitude limit
- Keeping clear of people and sensitive areas
- Avoiding prohibited or restricted locations
- Maintaining separation from airports and aircraft
- Not creating a hazard to other airspace users
The exact rule depends on the aircraft, location, operation and applicable category. A small recreational flight is not assessed in the same way as a commercial infrastructure inspection.
The important point is simple: a RePL does not remove the standard operating limits. If your work falls outside those limits, you need a more detailed compliance pathway.
Night drone operations: what changes after dark?
Night flying creates extra risks. Visual orientation becomes harder, obstacles may be difficult to see and other aircraft may be less visible.
A compliant night operation should address those risks before the aircraft leaves the ground. It should not rely on the pilot’s general daytime experience.
The operator should consider:
- A night-specific risk assessment
- Approved night procedures
- Pilot training and checking
- Navigation and anti-collision lighting
- A suitable landing and take-off area
- Observer duties, where required
- Lighting around the operating site
- Battery and return-to-home settings
- Weather and visibility
- Emergency landing locations
- Records of training and competency
CASA’s guidance on flying drones at night should be checked before planning an operation. CASA requirements and approval conditions can change, so operators should confirm the current position.
Ace Aviation’s Night Operations Training includes practical exercises such as aircraft orientation, controlled circuits, observer communication, abnormal events and night landings.
Completing a night training session does not independently authorise night operations. The operator must still hold the right authorisation and follow its approved procedures.
Lighting is more than fitting bright LEDs
Aircraft lighting helps the pilot and observer identify orientation. It does not remove every night risk.
Lighting should be assessed for:
- Visibility from the pilot and observer positions
- Aircraft orientation
- Glare and reflections
- Effects on the camera or sensors
- Battery impact
- Visibility to other airspace users
- Compliance with the operator’s procedures
Ground lighting also matters. The pilot station and landing zone should be visible without creating glare. The site should have clear boundaries and an emergency landing area.
Observer roles at night
An RPA observer can support situational awareness. However, an observer does not replace a compliant procedure or make an unsafe operation acceptable.
Before flight, the crew should agree on:
- Who has authority to stop the flight
- How hazards will be reported
- What words will be used for left, right, climb and descend
- How the pilot will respond to a loss of orientation
- How the crew will report crewed aircraft
- When the aircraft must land
Night operations should be treated as a crew activity, even when one person controls the aircraft.
Controlled airspace and airport restrictions
Controlled airspace is managed to protect aircraft operating near airports and within structured air traffic systems. Drone pilots must identify the relevant airspace before planning a job.
This is especially important around major cities. For example, a project in central Brisbane may face different airspace issues from a rural site outside Hobart. A roof inspection in Sydney, Melbourne or Perth may also sit close to an airport, approach path, helipad or temporary restriction.
A site assessment should check:
- The exact launch and recovery point.
- Nearby controlled and non-controlled aerodromes.
- Airport boundaries and approach or departure paths.
- Temporary restricted areas and notices.
- Maximum planned altitude.
- Nearby roads, buildings, people and powerlines.
- The need for communication with air traffic services.
- Whether a CASA approval or other permission is required.
The public map view is only one part of the assessment. The operator must also review the operation’s timing, aircraft performance, crew structure and risk controls.
For official information, operators should consult CASA’s drone flight approvals and permissions guidance.
Why an AROC may matter
A controlled-airspace operation may require communication with air traffic services. When aviation radio is part of the operation, the pilot may need suitable radio training and an AROC.
The AROC does not grant airspace access. It supports safe and correct communication within an approved operation.
Operators should define:
- Which person monitors the radio
- Which frequencies apply
- What communication calls are required
- How instructions are recorded
- What happens if radio contact is lost
- When the flight must be discontinued
These requirements should appear in the operations manual or job-specific procedure.
BVLOS, EVLOS and AusSORA
BVLOS operations
BVLOS, or Beyond Visual Line of Sight, means the remote pilot cannot maintain direct visual contact with the aircraft.
BVLOS can support:
- Linear infrastructure inspection
- Rail and pipeline surveys
- Large-area mapping
- Emergency response
- Environmental monitoring
- Long-range logistics trials
It also introduces greater risk. The pilot may not see other aircraft, obstacles or changes in the operating environment directly.
A BVLOS operation may need:
- A ReOC holder
- CASA approval
- A safety case
- Reliable command and control links
- Detect-and-avoid measures
- Lost-link procedures
- Airspace coordination
- Trained observers or support crew
- Stronger emergency planning
Ace Aviation provides BVLOS and EVLOS guidance for operators developing advanced capabilities.
EVLOS operations
EVLOS, or Extended Visual Line of Sight, uses trained observers along the flight path. Each observer must understand the aircraft’s position, hazards and communication process.
EVLOS can be useful for corridor work. It may provide a practical step between ordinary VLOS and BVLOS.
However, EVLOS is not simply “more people watching the drone”. Observer positions, handovers, communications and responsibilities must be planned and tested.
AusSORA at a high level
AusSORA is a structured approach to assessing the risks of a specific drone operation. It considers both ground risk and air risk.
A risk assessment may examine:
- Population density
- Aircraft size and kinetic energy
- Operating area
- Containment
- Airspace conflict
- Aircraft reliability
- Pilot competency
- Observer performance
- Emergency landing options
- Command and control links
- Weather
- Security and privacy
The assessment then identifies mitigations. These may include lower operating heights, exclusion zones, observers, aircraft lighting, specific routes, timing restrictions or emergency procedures.
AusSORA does not guarantee approval. It helps the operator present a clear safety case. CASA still decides whether the proposed operation meets the required standard.
Step-by-step compliance pathway
1. Define the work
Start with the client’s actual requirement. Identify the aircraft, payload, location, altitude, timing and task.
A simple daytime site survey may remain within standard conditions. A night infrastructure inspection near an airport may need a much more detailed process.
2. Select the correct pilot qualification
Choose the RePL category that matches the aircraft and work. Add AROC training if aviation radio communication may be part of the role.
Do not select a course based only on aircraft purchase price. Consider future contracts, aircraft upgrades and the operating environment.
3. Confirm the operating organisation
Determine whether the pilot will work under:
- An employer’s ReOC
- A contractor’s ReOC
- A newly established business ReOC
- Another approved organisational structure
The pilot should know whose procedures govern the flight. A personal RePL does not replace the operator’s responsibilities.
4. Check standard operating conditions
Review the flight against daylight, altitude, VLOS, people, aerodrome and airspace limits.
If the operation fits standard conditions, document the assessment. If it does not, identify the additional approval pathway.
5. Build the site risk assessment
Assess ground hazards, air hazards, people, property, weather, communications and emergency landing options.
The site assessment should be specific. A generic form copied from another location may not control the real risks.
6. Prepare the operating procedures
The operator should document the procedures needed for the job. These may cover night flying, radio use, observer duties, lost link, abnormal events and emergency response.
7. Obtain required approvals
Apply for the relevant CASA approval, permission or ReOC amendment where required. Approval conditions must be read carefully before the flight.
A ReOC is not a blanket approval for every aircraft, location or advanced operation.
8. Brief the crew and client
The crew should know the plan, limitations and stop criteria. The client should also understand that weather, airspace or safety conditions may prevent the flight.
9. Conduct the operation
Complete the pre-flight inspection, airspace check, crew briefing and site control. Monitor the operation continuously.
The remote pilot remains responsible for safe decisions within the approved operating framework.
10. Close the records
Record the flight, aircraft, pilot, site, weather, incidents, maintenance issues and any deviations.
Good records provide evidence of control. They also help improve future operations and support audits.
Practical examples
Example 1: daytime roof inspection in Melbourne
A contractor plans a daytime inspection of a warehouse roof in Melbourne. The drone remains within visual line of sight and below the applicable altitude limit.
The operator checks nearby airspace, people, roads and structures. It creates a site plan and exclusion area. If the operation remains within the approved conditions, it may not require the same pathway as a night or BVLOS mission.
Example 2: night construction monitoring in Brisbane
A construction company wants weekly night images from a site in Brisbane. The operation involves artificial lighting, multiple workers and nearby roads.
The operator should assess worker separation, aircraft lighting, pilot orientation, observer duties, emergency landing areas and airspace. It may also need night-operation authorisation and a ReOC framework that covers the activity.
Example 3: controlled-airspace inspection in Sydney
A client requests a façade inspection near a controlled airport in Sydney. The aircraft will operate close to buildings and may need radio communication.
The operator checks the exact airspace, airport restrictions, altitude and timing. It confirms whether an AROC, ATC coordination and CASA approval are needed. The client receives a clear explanation of the lead time and operating limits.
Example 4: linear survey near Perth
A mining contractor needs a long corridor survey outside the pilot’s normal visual range near Perth. The job may suit EVLOS or BVLOS.
The operator develops a safety case. It considers observer handovers, command and control, lost-link behaviour, other aircraft and emergency landing locations. A standard RePL alone is not enough for this mission.
Example 5: rural night work near Hobart
An agricultural operator plans a night survey on private rural land near Hobart. The site may have fewer people but still presents terrain, trees, powerlines and wildlife hazards.
Private land does not remove aviation obligations. The operator still checks airspace, aircraft lighting, weather, emergency response and approval conditions.
Common mistakes to avoid
Treating a RePL as permission to fly anywhere
A RePL qualifies the pilot. It does not override airspace, altitude, night or safety restrictions.
Assuming a ReOC permits every advanced operation
A ReOC authorises the organisation within its conditions. Specific activities may require approval, amendment or additional procedures.
Using a generic risk assessment
A risk assessment must reflect the actual location, aircraft, people, weather and task. A copied document can miss critical hazards.
Forgetting the client’s role
Clients may request flights at night, near airports or over busy sites. The operator must explain what is legally and safely possible.
Relying only on geofencing
Geofencing can support awareness. It does not replace an airspace check, site assessment or pilot judgement.
Ignoring lost-link behaviour
Every operation should define what the aircraft will do if communication fails. The procedure should consider return-to-home height, obstacles, airspace and landing options.
Treating the observer as a spare pair of eyes
Observers need a defined role, suitable training and clear communication methods. They must know when to call a hazard or stop the flight.
Failing to retain records
Training, maintenance, flight and incident records support compliance. Missing records can make a well-run operation difficult to demonstrate.
CASA considerations for businesses and pilots
Regulation is only one part of professional drone work. Clients also expect reliability, insurance, privacy awareness and clear reporting.
Before accepting a contract, confirm:
- The pilot’s RePL scope
- The organisation’s ReOC status
- The aircraft category and registration requirements
- The location and airspace
- The proposed altitude and flight path
- Day or night operating conditions
- VLOS, EVLOS or BVLOS requirements
- Radio communication needs
- Public liability and professional insurance
- Privacy and data handling
- Weather cancellation criteria
- Emergency response arrangements
- Deliverables and record-keeping
Training should also reflect real work. Ace Aviation has trained more than 4,000 students and maintains a global training footprint across Australia, Singapore, Dubai, Korea and Malaysia.
The Ace Aviation ecosystem connects training, compliance, operations and career support. Students can also access the Altitude+ program, which provides additional support beyond the basic qualification.
For employment and contract opportunities, the DroneWork job board can help pilots understand the skills and compliance standards sought by industry.
Frequently asked questions
1. What is the drone licence australia qualification called?
The official individual qualification is the CASA Remote Pilot Licence, or RePL. It is commonly called a commercial drone licence or drone pilot licence.
2. Do I need a RePL for commercial drone work?
For most commercial drone work, yes. The exact requirement depends on the aircraft, operation and applicable category.
3. Is a RePL the same as a ReOC?
No. A RePL qualifies the pilot. A ReOC authorises the organisation and its operating system.
4. Can I fly commercially with a RePL but no ReOC?
Only if the operation fits an applicable pathway and is conducted under the correct operator arrangements. Most professional work is performed under a ReOC holder.
5. Does a ReOC automatically allow night flights?
No. Night operations require suitable procedures, training, risk controls and the relevant CASA authorisation or conditions.
6. Can I fly at night with a RePL alone?
Generally, no. A RePL alone does not provide automatic permission for night operations.
7. What is needed for night drone operations?
The operator should address pilot competency, lighting, site risks, observers, emergency procedures, records and CASA authorisation.
8. Can I fly a drone in controlled airspace?
Only when the operation meets the applicable rules and approvals. Controlled airspace requires careful planning and may require CASA permission and ATC coordination.
9. Do I need an AROC for every commercial drone job?
No. An AROC is relevant when aviation radio operations are required. Confirm the requirement with the operator and approval pathway.
10. What is BVLOS?
BVLOS means Beyond Visual Line of Sight. The pilot cannot maintain direct visual contact with the aircraft.
11. What is EVLOS?
EVLOS means Extended Visual Line of Sight. Trained observers help maintain visual awareness and communicate with the remote pilot.
12. Is BVLOS allowed under standard operations?
No. BVLOS is an advanced operation that normally requires a safety case and CASA approval under a suitable ReOC framework.
13. What does AusSORA assess?
AusSORA assesses the risks of a specific operation. It considers ground risk, air risk, containment, crew, technology and proposed mitigations.
14. Does AusSORA guarantee CASA approval?
No. It supports a structured safety case, but CASA decides whether the proposed operation is acceptable.
15. Can I fly near an airport if I stay below 120 metres?
Not automatically. Airport restrictions and controlled airspace rules still apply. Check the exact location and operation.
16. Does private property remove CASA requirements?
No. Private land does not remove airspace, aircraft, safety or approval obligations.
17. What should a lost-link procedure include?
It should explain what the aircraft will do, how the pilot will respond and how the crew will manage obstacles, people, airspace and recovery.
18. Where can I study for a drone course in Australia?
Ace Aviation delivers training in locations including Brisbane, Sydney, Melbourne, Perth and Hobart, with online theory options.
19. How do I choose the right RePL pathway?
Consider the aircraft weight category, industry, operating location and future work. You can also review the full Ace Aviation course range.
20. How do I start a compliant commercial drone career?
Start with the correct RePL, add AROC when relevant, understand ReOC requirements and build practical experience through approved training and supervised operations.
Summary: build capability, not just a certificate
The Australian drone industry is moving towards more capable and more accountable operations. Night flights, controlled airspace, EVLOS and BVLOS can create valuable commercial opportunities, but each requires planning.
A RePL qualifies the pilot. A ReOC authorises the organisation and its operating system. CASA approvals, risk assessments, training records and robust procedures then support specific operations.
Ace Aviation combines CASA-approved training, CASA.ReOC.1421 experience, more than 4,000 students, global delivery and practical career support. Through Altitude+ and DroneWork, the pathway continues beyond the licence.
Ready to start? Book your training at aaa.edu.au or call 1300 336 366.
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