Phase 3 · Module 16
Advanced Drone Operations
Waypoint missions, Avata 2 manual mode mastery, complex cinematic sequences, and CASA RePL considerations
Focus: Advanced Mini 4 Pro technique — complex multi-move sequences, focus pull during flight, and waypoint mission planning.
- Multi-axis compound movesThe most cinematic drone shots combine two or more axes of movement simultaneously. Example: ascending + pushing forward + slowly orbiting = a spiral reveal. This requires practising each axis individually before combining. On the Mini 4 Pro: left stick controls altitude and yaw, right stick controls pitch and roll. Begin with two-axis combinations (ascend while pushing forward), then add yaw to create the spiral.
- Waypoint missions on the Mini 4 ProThe DJI Fly app allows programming waypoint missions: a series of GPS-defined positions the drone flies to automatically, executing specific actions at each point. Waypoints are defined in the app's map view. At each waypoint you can set: altitude, drone heading, gimbal angle, and speed. Waypoints enable repeatable shots — the drone can fly the exact same path on multiple days, allowing you to build a timelapse of a construction site or document seasonal change of a landscape.
- Focus pull during flightOn the Mini 4 Pro, the focus can be adjusted during flight via the app slider. This allows a rack focus effect — the drone hovers while the focus shifts from a foreground element to a subject in the background, or vice versa. This is a sophisticated cinematic technique that requires pre-positioning the drone, setting the starting focus, and executing the focus pull while the drone is stable.
- ND strategy for complex aerialsComplex multi-axis moves at different speeds require thinking about ND choice before takeoff. The same ND that gives correct exposure in the hover will overexpose when the drone climbs into brighter sky. Check your exposure at the highest point of the planned move before starting — this is often 1–2 stops brighter than at ground level. Carry your ND set to the drone (where filter-changing is quick) and be prepared to land and change if conditions change significantly.
- Post-flight review — frame-accurate analysisAfter every complex drone sequence, do a frame-accurate review in Resolve: play back at 50% speed, and for every clip note: (a) was the horizon level throughout? (b) was there any jitter or wobble at the transition between movement axes? (c) was the exposure consistent? (d) was the framing consistent with the planned composition? This analytical habit builds the deliberate self-improvement cycle that separates developing pilots from stagnating ones.
Drill 1
Compound move practice — the spiral reveal
At a safe open location, practice the spiral reveal: ascend, push forward, and slowly yaw simultaneously. The composition goal: a static subject in the lower-third of the frame remains centred as the drone spirals up and back, revealing the broader landscape. Shoot 10 attempts. Review each. The best attempt should feel like a single fluid organic movement, not three mechanically combined inputs.
Drill 2
Waypoint mission plan and execute
In the DJI Fly app, plan a waypoint mission with at least 5 waypoints. The mission should create a coherent visual sequence — not just a path through space. For example: approach a landmark from one side, orbit 90°, then pull back while ascending for a reveal. Execute the mission at a safe location. Review the footage. Note where the automated movement differs from what you planned and why.
Drill 3
Focus pull aerial — hover and rack
Hover the Mini 4 Pro at 3–5m altitude. Position with a close foreground element (a fence post, a rock) in the lower-third and a subject 10–15m behind it. In the DJI app, set focus to the foreground, then slowly drag the focus slider to the background. Capture the focus pull as a 10-second clip. Review: is the transition smooth? Does the shift redirect attention effectively?
Drill 4
ND exposure check at multiple altitudes
Before any serious aerial shoot, fly the drone to three different altitudes: 10m, 50m, and 100m. At each altitude, check the histogram (visible in the DJI app). Note the exposure difference between the lowest and highest point. This is the range your ND needs to handle during any ascending move. Choose your ND based on the brightest altitude, not the starting position.
Week 1 Assignment
"Complex aerial sequence"
Produce a 60–90 second aerial sequence using the Mini 4 Pro that includes: at least one compound multi-axis move, at least one waypoint-defined shot, and at least one focus pull. All shots must be graded from D-Log M. Deliver the finished sequence and a shot-by-shot breakdown describing how each shot was executed.
- At least one compound multi-axis move is present
- At least one shot was defined via waypoint mission
- At least one focus pull is present
- All footage graded from D-Log M
- Shot-by-shot breakdown is accurate and specific
DJI Mini 4 ProDaVinci Resolve
Focus: DJI Avata 2 — mastering Sport mode, cinematic FPV sequences, and safe outdoor flying.
- Sport mode flying disciplineSport mode on the Avata 2 disables most obstacle avoidance and enables significantly faster response and higher bank angles. Before flying Sport mode outdoors: complete at least 10 hours of simulator practice and 5+ hours of Normal mode flying. In Sport mode the drone will not stop itself before hitting an obstacle — you are entirely responsible for spatial awareness. Always fly Sport mode with a clear, unobstructed flight path planned in advance. Never fly Sport mode toward obstacles you are not 100% certain you can clear.
- The cinematic FPV aesthetic — power, dive, and threadThe three signature FPV cinematography moves: (1) The power dive — descend rapidly toward a subject, pulling up before reaching it (creates dramatic approach energy). (2) The thread — fly through a narrow opening: a wide doorway, under a branch, through a gap between objects. (3) The flow — sustained smooth movement that follows a subject continuously. Each requires spatial anticipation — you must know where the drone will be 1–2 seconds from now, not where it is now.
- Gyroflow — the FPV post-production essentialGyroflow uses the gyroscope data embedded in DJI drone files to stabilise the footage in post. Without Gyroflow, most FPV footage is too shaky for professional use. Workflow: import Avata 2 footage into Gyroflow, select the correct camera profile (DJI Avata 2), import the gyro data (automatically detected from the file metadata), calibrate the lens profile, set horizon lock strength and smoothness, and export. For cinematic FPV where intentional roll is part of the aesthetic, use lower horizon lock strength (20–30%). For smooth action footage, use higher strength (60–80%).
- Battery management for FPV sessionsThe Avata 2 offers approximately 20–23 minutes of Normal mode flight, significantly less in Sport mode due to the higher motor demand. Plan FPV sessions with 3+ batteries minimum. Between batteries: review the footage from the previous battery immediately — identify what worked, what failed, and what to try next. This review-and-adjust cycle is how FPV skill develops most efficiently. Empty batteries left to cool before recharging extend their lifespan significantly.
- Safety — the FPV pilot's non-negotiable rulesFPV flying carries significantly more risk than cinematic drone flying because of the higher speeds, the reliance on video goggles rather than direct vision, and the more dynamic flight envelopes. Non-negotiable rules: always have a spotter watching the drone visually while you fly in the goggles, always fly over unpopulated areas until your skills are well-developed, never fly in Sport mode near people, always check propeller condition before every flight (FPV propellers are stressed more than cinematic drone propellers and fatigue faster), and always fly within line of sight.
Drill 1
Sport mode orientation in open space
At a large open area (sports field, paddock) with no obstacles, spend 30 minutes flying the Avata 2 exclusively in Sport mode. Practice: smooth forward flight, wide arcing turns, ascent, descent, and a full stop from cruising speed. Note how much more runway the drone needs to decelerate in Sport mode compared to Normal mode. Do not attempt any proximity flying in this session.
Drill 2
The power dive — approach and pull-up
Practice the power dive: start 30–50m above a static object, point the nose down and dive toward it at a 45° angle, then smoothly pull back to level flight before reaching the object. Leave a clearance of at least 10m at the bottom of the pull-up until your timing is reliable. Review each attempt in Gyroflow and in Resolve. The pull-up should create a 'swooping' camera movement that reveals the sky dramatically.
Drill 3
Threading — progressive difficulty
Start by threading a large opening (a gate, a wide doorway) multiple times until it feels easy. Then try a slightly smaller opening. The goal is not to find the smallest gap you can thread — it is to build the spatial awareness and control precision that makes threading feel like a compositional choice rather than a risk calculation. Perform this drill in a space where a crash would not injure people or damage property.
Drill 4
Complete Gyroflow post-processing session
Take all footage from Drills 1–3. Import all clips into Gyroflow. Process each: correct lens profile, import gyro data, set smoothness at 60% with 30% horizon lock for the dynamic Sport mode footage. Export all clips as ProRes. Import to Resolve. Grade from DJI D-Log M. Compare the Gyroflow-stabilised vs raw footage for each drill — document the improvement in each case.
Week 2 Assignment
"FPV cinematic short"
Produce a 60-second FPV cinematic piece using the Avata 2 in Sport mode. The piece must include all three signature FPV moves: a power dive, a thread, and a sustained flow sequence. All footage must be Gyroflow-stabilised and graded in Resolve. The piece must be safe — no footage taken within 5m of people not part of the production.
- All three FPV move types are present
- All footage is Gyroflow-stabilised
- Grade is applied from D-Log M
- No footage appears to have been taken within dangerous proximity to people
- The piece has a discernible structure — not just a showreel of moves
DJI Avata 2GyroflowDaVinci Resolve
Focus: Integrating drone and ground footage into a single coherent cinematic sequence — the complete aerial cinematographer's workflow.
- Aerial-to-ground transition designThe visual disconnect between a drone shot (aerial, environmental) and a ground shot (intimate, human-scale) can be jarring unless the transition is designed. Techniques: (1) Match cut — drone nadir shot to a top-down camera shot on the RS5. (2) Scale contrast cut — wide aerial establishing shot to a ground-level extreme close-up. (3) Descent transition — fly the Mini 4 Pro down to near-ground level, end the drone shot, pick up the RS5 ground camera shot at the same height. (4) Graphic match — drone flying over a road transitions to a ground shot on the same road.
- Colour matching aerial and ground footageD-Log M from the Mini 4 Pro and S-Log3 from the FX30 transform differently to Rec.709 — especially in the sky tones and skin tones. In an RCM project: assign correct input transforms to each camera. Apply your creative grade to the FX30 footage first. Then use the Resolve Shot Match feature (right-click → Apply Shot Match) on the Mini 4 Pro clips, using the FX30 grade as the reference. Fine-tune manually using the parade scope. The sky tones are the most obvious mismatch area — address them first.
- Shot ratio — how many drone vs ground shotsA common mistake in drone-assisted filmmaking is overusing the drone. The drone's altitude and visual separateness from human experience creates emotional distance. Used too frequently, it makes the audience feel like observers rather than participants. As a rough guide: drone shots should not exceed 25–30% of the total cut for narrative or documentary work. More for landscape and environmental films where the aerial perspective is the subject. The drone earns its shots by revealing what nothing else can — if a ground shot could tell the same story, use the ground shot.
- Pre-production planning — aerial shot listsWhen drone shots are planned as part of a larger production, add them to your shot list with specific notes: altitude, drone model, movement type, approximate heading, and the ground-level shots they will cut with. This integrated shot list helps you sequence the shoot efficiently — drone battery windows are finite, and you need to execute aerial shots when the light and conditions are right, not when it is convenient for the ground crew.
- Post-production integration — the edit-first approachWhen cutting a piece that combines aerial and ground footage, build the edit from the ground footage first. Add aerial shots as establishing or transitional elements once the ground story is structurally complete. This approach prevents the common mistake of cutting around drone shots because they look spectacular — drone shots must serve the story, not dominate it.
Drill 1
Aerial-to-ground transition design shoot
Plan and shoot at least three different aerial-to-ground transition types at the same location: a match cut, a scale contrast cut, and a descent transition. For each, shoot both the drone component and the ground component (RS5). Edit the three transitions together in Resolve — the drone-to-ground cut should feel intentional and smooth for each approach.
Drill 2
Colour match Mini 4 Pro and FX30 in RCM
Set up an RCM project with both Mini 4 Pro D-Log M and FX30 S-Log3 footage. Grade the FX30 to your target look. Apply Shot Match to the Mini 4 Pro clips using the FX30 as reference. Fine-tune using parade scope. Deliver a 60-second edit where both cameras are indistinguishable in colour and exposure.
Drill 3
Shot ratio analysis — review a completed piece
Take any finished piece you have made that includes drone shots. Count the total number of shots and the number of drone shots. Calculate the drone shot percentage. Is it above 30%? Watch the piece again and identify any drone shots that could be replaced with a ground shot without losing anything significant. Consider whether the remaining drone shots genuinely reveal something the ground shots cannot.
Drill 4
Integrated aerial and ground short
Plan and shoot a 90-second piece that integrates Mini 4 Pro aerial shots and RS5 ground shots into a single coherent sequence. Plan the shot list in advance with both aerial and ground shots listed together in shooting order. Deliver the finished cut, your pre-production shot list, and a note on how the actual shoot differed from the plan.
Week 3 Assignment
"Aerial and ground integrated short"
Produce a 2-minute piece integrating Mini 4 Pro aerial shots and FX30/RS5 ground shots into a single coherent film. Both cameras must be colour-matched. Drone shots must not exceed 30% of the total cut. At least one aerial-to-ground transition must be deliberately designed. Deliver: finished film, colour-match screenshot, and shot list.
- Both cameras are colour-matched and visually indistinguishable
- Drone shots are no more than 30% of the total cut
- At least one aerial-to-ground transition is deliberately designed
- Shot list was prepared in advance
- Finished film tells a coherent story — not just a showreel
DJI Mini 4 ProSony FX30DJI RS5DaVinci Resolve
Focus: Drone safety, compliance, and building a professional aerial cinematography practice.
- CASA RePL — Remote Pilot Licence considerationsFlying drones commercially in Australia (receiving payment for any work where drone footage is used, directly or indirectly) requires compliance with CASA's commercial drone regulations. Drones under 250g (Mini 4 Pro) have simplified requirements — check the current CASA website for the specific notification and registration requirements. Drones over 250g (Avata 2 at 410g) require a more formal compliance pathway for commercial operations including, in some cases, a RePL (Remote Pilot Licence). Research the current CASA requirements at casa.gov.au before accepting paid work that includes drone footage.
- Insurance for drone operatorsProfessional indemnity and public liability insurance is essential before any commercial drone work. Your home contents insurance almost certainly does not cover commercial drone operation. Options: DJI Care Refresh covers hardware damage (not liability). Australian specialist drone insurance providers (Propeller, Ausure, UAV Insurance) offer combined hull and liability policies tailored to aerial cinematographers. Minimum recommended public liability: $5 million. Before quoting any commercial drone project, confirm you have appropriate insurance in place.
- On-location risk assessmentBefore every drone shoot at a new location: conduct a written risk assessment. Identify: people present (members of the public, production crew), obstacles at altitude (power lines, trees, aerials), emergency procedures if the drone malfunctions (where will it land?), and communication protocol (who knows the drone is flying?). For commercial shoots, the risk assessment is a legal document — keep it on file. For personal shoots, the habit of mentally running through these questions before every flight is the single most effective safety practice.
- Building a drone portfolio — the reelA professional aerial cinematography reel demonstrates your skill range: the variety of movements you can execute, your colour grading quality, your ability to integrate aerial and ground footage, and your storytelling instincts. A reel should be 60–90 seconds, begin with your strongest shot, maintain consistent colour throughout, and represent the type of work you want to attract. Update your reel every 6 months as your skills develop. Your reel is your primary marketing tool for aerial cinematography work.
- Rate setting for drone cinematography servicesDrone cinematography is a specialised service that commands a premium rate over standard videography. When quoting drone work for clients: account for flight preparation time (pre-flight checks, risk assessment, airspace authorisation), the equipment's replacement cost (Mini 4 Pro: $1,200+, Avata 2: $1,500+), the specialised skill required, and the post-production time (Gyroflow stabilisation, D-Log M grading, integration with ground footage). Standard Adelaide market rates for half-day drone cinematography services (as of 2025): $500–$1,200 depending on complexity and required CASA authorisations.
Drill 1
CASA compliance research
Visit casa.gov.au and research the current requirements for: (a) flying the Mini 4 Pro commercially (it is under 250g), (b) flying the Avata 2 (over 250g) commercially. Write a 300-word summary of the current requirements for both drones and the steps you would need to take to fly both legally for a paying client. Verify the information is current — CASA updates its regulations periodically.
Drill 2
Insurance research
Research three drone insurance providers in Australia. Compare: premium cost (approximate), hull coverage amount, liability coverage amount, whether the policy covers commercial operations, and any exclusions relevant to your type of work (FPV, over-water, near people). Write a recommendation for which policy you would purchase and why.
Drill 3
Risk assessment template creation
Build a risk assessment template specifically for your drone operations — a one-page form that covers all the elements in the theory. Include fields for: location, date, drone model, operator(s), airspace class and authorisation status, identified risks, mitigation measures, emergency landing zones, and sign-off. Complete the template for a specific upcoming shoot location.
Drill 4
Drone portfolio reel
Assemble a 60–90 second drone portfolio reel from the best aerial footage across Modules 9, 16, and any other drone footage you have captured. The reel must have a consistent colour grade, a clear beginning and end, and music mixed to -14 LUFS. This is a professional deliverable — treat it as if you are sending it to a prospective client.
Week 4 Assignment
"Professional drone portfolio reel"
Produce your definitive 60–90 second drone portfolio reel, combining footage from across the course. The reel must: open with your strongest shot, maintain consistent colour throughout, include both Mini 4 Pro and Avata 2 footage, and be delivered at -14 LUFS with music. Deliver the finished reel and your risk assessment template.
- Reel is 60–90 seconds and opens with the strongest shot
- Both Mini 4 Pro and Avata 2 footage are represented
- Colour is consistent throughout
- Audio is mixed to -14 LUFS
- Risk assessment template is complete and professionally formatted
DJI Mini 4 ProDJI Avata 2DaVinci ResolveGyroflow
Overusing drone shots — losing the human connection
Using drone shots in more than 30–40% of a narrative or documentary cut creates emotional distance — the audience feels like observers rather than participants.
Fix: Plan drone shots as exceptional reveals, not standard coverage. Ask before every drone shot: what does this altitude reveal that a ground shot cannot? If the answer is 'nothing,' use the ground shot.
Failing to obtain appropriate CASA authorisation before commercial drone work
Flying commercially without the correct CASA compliance is illegal, invalidates your insurance, and exposes you to significant fines.
Fix: Check casa.gov.au before every commercial drone project. Understand the requirements for each drone in your kit — they differ between the Mini 4 Pro and Avata 2.
No spotter for FPV flying
Flying the Avata 2 in the FPV goggles without a spotter means no one is watching the drone's actual position in the environment. This is both illegal (you must maintain VLOS) and dangerous.
Fix: Always fly FPV with a spotter — a second person watching the drone visually while you fly in the goggles. The spotter communicates hazards and maintains legal VLOS on your behalf.
Fly the Mini 4 Pro before sunrise — Adelaide's best aerial window
The hour before and after sunrise in South Australia offers golden-hour light, completely still air (before the sea breeze develops), and near-zero human activity in public spaces. The footage quality difference between 5:30am and 10am is substantial in Adelaide summers.
DJI Mini 4 Pro
Use Gyroflow's smoothness thoughtfully — not at maximum
Maximum smoothness in Gyroflow crops the frame heavily and produces an unnaturally floaty quality that can feel wrong for energetic FPV work. Set smoothness relative to the style of the shot: 20–30% for raw energy FPV, 60–80% for cinematic smooth FPV, and 80–95% for near-stabilised aerial footage.
SW:Gyroflow · DJI Avata 2
Your Avata 2 footage is D-Log M — treat it like S-Log3
Apply the correct D-Gamut/D-Log M input transform in your RCM project. D-Log M is less extreme than S-Log3 — it has a gentler gamma curve and needs less of a contrast boost after the CST. Create a separate D-Log M base grade preset (as a .drx still) distinct from your S-Log3 preset.
DJI Avata 2 · SW:DaVinci Resolve
Kit for this module
DJI Mini 4 Pro
DJI Avata 2
Sony FX30
DJI RS5 gimbal
SW:Gyroflow
SW:DaVinci Resolve
Quick reference
CASA RePL
Required for drones <25kg for commercial ops.
Check: casa.gov.au
Mini 4 Pro wind
Max rated: 38km/h
Best footage: below 25km/h
Avata 2 modes
Normal → Sport → Manual (Acro)
Build skills in order — do not skip modes
Gyroflow
Import DJI footage → calibrate lens → set smoothness → export ProRes