DJI Mini 4 Pro and Avata 2 — CASA regulations, shot vocabulary, and cinematic aerial sequences
Focus: Australian CASA drone regulations, pre-flight checks, and the Mini 4 Pro's capabilities. You cannot fly legally or safely without understanding the rules first.
CASA Part 101 — rules for drone flight in AustraliaIn Australia, drone operation is regulated by CASA under Part 101 of the Civil Aviation Safety Regulations. The DJI Mini 4 Pro weighs under 250g and is classified as a micro drone. Key rules regardless of weight: do not fly over people, always maintain visual line of sight (VLOS), do not fly within 3km of a controlled aerodrome without authorisation, maximum altitude 120m above ground level (AGL), do not fly at night without approval, do not fly in restricted or prohibited airspace. The CASA DroneApp and Airshare show restricted zones — check before every flight.
Commercial operations and the RePLFlying a drone for commercial purposes (any job where you receive payment, directly or indirectly, even as part of a broader creative fee) legally requires you to notify CASA and may require a Remote Pilot Licence (RePL) depending on the operation. Flying commercially without the correct authorisation is illegal and invalidates your insurance. Research CASA's current requirements for drones under 250g — the regulations have been evolving.
Pre-flight checklist — Mini 4 ProBefore every flight: check battery level on both controller and drone (minimum 80%), check obstacle avoidance sensors are clean, check propeller blades for cracks, check the geofence and airspace in the DJI app, check weather (wind speed — avoid flying in rain), confirm return-to-home altitude is set above all obstacles in the area, and check your flight area for pedestrians, power lines, and trees at altitude.
Mini 4 Pro camera capabilitiesThe DJI Mini 4 Pro shoots up to 4K 60fps in Normal and D-Log M colour profiles. D-Log M is DJI's logarithmic profile — it is flatter and lower contrast than Normal mode to preserve dynamic range. Always shoot in D-Log M for serious work. The 1/1.3" sensor is substantially larger than the original Mini series — night performance is good but not comparable to larger drone models. ND filters are essential in bright conditions.
The drone's creative position in your kitThe drone adds two unique capabilities: extreme altitude (perspectives impossible from the ground) and pure horizontal movement at height. The most compelling drone shots reveal something — a relationship between elements, a pattern only visible from above, a transition from a vast landscape to an intimate subject. Use the drone when it reveals something; use the RS5 and camera when it doesn't.
Drill 1
CASA airspace research for Adelaide
Using the CASA DroneApp and Airshare, map the controlled and restricted airspace around your primary Adelaide flying locations. Find 5 locations within 30km of Adelaide CBD where you can legally fly the Mini 4 Pro without any CASA notifications or authorisations. Document each with its name, coordinates, and any relevant limitations.
Drill 2
Pre-flight checklist execution
Run through the complete pre-flight checklist before each of your next three flights. Time the checklist. Note anything you missed on the first attempt. By the third execution, the checklist should take under 5 minutes and feel automatic.
Drill 3
D-Log M vs Normal mode comparison
Set the Mini 4 Pro to Normal colour profile and film a high-contrast scene (sky and ground simultaneously). Then switch to D-Log M and film the same scene. Import both to Resolve. On the Normal footage, try to recover shadow and highlight detail. On the D-Log M footage, apply a CST node and observe how much more recoverable information exists.
Drill 4
Basic control orientation
At a safe open location, hover the Mini 4 Pro at 10m height. Practice the five fundamental controls in isolation: ascend/descend, pan left/right, tilt forward/back, roll left/right (strafe), yaw (rotate). Then combine: strafe right while simultaneously panning left (a truck left + counter-pan right, keeping a fixed point centred). This combined movement is one of the most cinematic drone movements.
Week 1 Assignment
"Flight plan and regulations document"
Write a 400-word document covering: the CASA Part 101 rules that apply to your Mini 4 Pro and Avata 2 operations specifically, the commercial operation requirements for your area of work, 3 pre-approved flying locations in Adelaide with their airspace classification confirmed, and your standard pre-flight checklist.
CASA rules are accurately stated — verify against the current CASA website
Commercial operation requirements are correctly explained
3 locations are confirmed clear via DroneApp or Airshare
Pre-flight checklist covers all physical, battery, airspace, and weather checks
DJI Mini 4 ProDJI Avata 2
Focus: the aerial shot vocabulary — the six core drone movements and how to design sequences that use drone shots purposefully rather than decoratively.
The reveal — rising from ground level to establish heightStart with the camera pointed at a ground-level subject. Ascend slowly while tilting the camera upward to maintain the subject in frame. As altitude increases, the broader landscape is revealed behind and around the subject. This is the most emotionally powerful single drone move — it simultaneously maintains connection to the subject and reveals their context within a larger world.
The orbit/arc — circling a fixed subjectAn orbit maintains a fixed distance from the subject while continuously panning to keep the subject centred, rotating around it. This reveals the subject from all angles and creates a dynamic sense of presence around the subject. In DJI QuickShots, 'Circle' mode automates this. Manual execution is more cinematic because you can control the speed variation.
The tracking shot — following a subject in motionA drone tracking shot follows a moving subject from behind, beside, or in front. Following from behind gives the sense of following a character into their destiny. Following from in front (reverse tracking, drone flying backward) gives the subject a heroic presence. Lateral tracking creates a sustained sense of speed and journey.
The top-down (nadir) shot — the aerial mapPoint the camera directly downward (nadir position) and fly over the subject. From directly above, the world becomes a flat graphic pattern — roads become lines, fields become colour swatches, crowds become dots. This abstracted perspective reveals patterns invisible from any ground position. It is powerful for establishing scale and for the transition shot.
ND filter strategy for the Mini 4 ProThe Mini 4 Pro requires ND filters to maintain the 180° shutter rule in bright conditions. In bright Adelaide summer sun, ND64 or ND256 is required. Because the Mini 4 Pro's aperture is fixed, the ND selection is purely an exposure calculation. Always check exposure before taking off — once the drone is at altitude you cannot change the ND without landing.
Drill 1
Six movements drill
At a safe location, execute one clean example of each of the six core drone movements: (1) rising reveal, (2) orbit, (3) tracking from behind, (4) reverse tracking, (5) lateral tracking, (6) nadir approach. Each movement should be 15–20 seconds of clean, deliberate motion. Compile all six into a 90-second reel as your drone movement reference library.
Drill 2
QuickShots assessment
Execute all available DJI QuickShots (Dronie, Circle, Helix, Rocket, Boomerang, Asteroid) with a static subject. Then execute the same movements manually. Compare QuickShot and manual versions side by side. Note where the QuickShot is more precise than your manual execution, and where your manual version gave you more creative control.
Drill 3
Subject tracking at multiple altitudes
Track a walking subject using the Mini 4 Pro's ActiveTrack at three altitudes: low (5m), medium (20m), and high (80m). Compare the tracking quality and visual quality at each altitude. At low altitude the drone must manoeuvre more quickly, increasing likelihood of instability. At high altitude, ground resolution decreases but the composition includes more environmental context.
Drill 4
The reveal — timing and framing
Design and shoot a rising reveal that reveals something meaningful. Find a location where ascending from ground level to 60–80m reveals a pattern, relationship, or environmental fact that is genuinely surprising or emotionally significant. Shoot the reveal 5 times with different ascent speeds and starting framing. The version that creates the strongest sense of discovery is your keeper.
Week 2 Assignment
"Aerial shot vocabulary reel"
Produce a 2-minute reel demonstrating all six core drone movements. Each movement must be clean and intentional — no corrections, no wobble, deliberate start and end points. Grade all footage from D-Log M to a consistent look in Resolve. Add a simple title card for each movement type.
All six movements are clearly demonstrated
No visible wobble or correction in any shot
Each movement has clear start and end points
Footage is graded consistently from D-Log M
DJI Mini 4 ProDaVinci Resolve
Focus: the DJI Avata 2 — FPV flight philosophy, modes, and Gyroflow stabilisation.
FPV vs cinematic drone — the fundamental differenceThe Mini 4 Pro is designed to produce smooth stabilised footage and is easy to fly. The Avata 2 is an FPV drone: you see through the drone's camera via FPV goggles, and the drone responds more directly to your control inputs. FPV footage has a characteristic energy and physicality — a sense of speed, dive, and dynamic movement impossible on a stabilised drone. The trade-off: FPV requires significantly more skill and practice.
Avata 2 flight modesNormal mode: fully stabilised, obstacle avoidance active, limited bank angle and speed. Good for learning FPV orientation. Sport mode: obstacle avoidance reduced or off, faster response, higher bank angles. Where most Avata 2 cinematography happens. Manual (Acro) mode: no stabilisation, no self-levelling. Requires significant experience. In Acro, the bank angle and direction are entirely under pilot control — enabling the full range of FPV cinematic manoeuvres.
Gyroflow — stabilising FPV footage in postGyroflow is an open-source application that uses the gyroscope data recorded within the drone to digitally stabilise the footage in post. DJI drones record gyroscope data in the file — Gyroflow reads this data and removes the unwanted high-frequency vibration while preserving the intentional dynamic movement. Import the Avata 2 footage into Gyroflow, calibrate to the correct lens profile, set horizon lock strength and smoothness, then export.
The cinematic FPV aesthetic — dive, thread, and flowCinematic FPV cinematography has three characteristic moves: the dive (descending rapidly toward a subject or through a gap), the thread (flying through a narrow opening — doorways, under bridges, through trees), and the flow (continuous smooth movement that follows a subject or environment in an unbroken arc). Each requires both technical flying skill and creative spatial awareness.
FPV simulator practiceBefore flying the Avata 2 in challenging environments, use a simulator. DJI's Virtual Flight app allows practice with the physical DJI motion controller. Liftoff, Velocidrone, and DRL Simulator are more advanced options. 30 minutes of simulator practice per day for 2–4 weeks builds the muscle memory for stick inputs that would otherwise take months of real drone flights and multiple crashes to develop.
Drill 1
Avata 2 orientation in Normal mode
At an open, obstacle-free location, fly the Avata 2 exclusively in Normal mode for 30 minutes. Practice maintaining a fixed altitude while moving in all four horizontal directions. Practice slow deliberate orbits. Practice stationary hovering without drifting. Normal mode should feel completely comfortable and predictable before you progress to Sport mode.
Drill 2
Gyroflow stabilisation workflow
Film a Sport-mode sequence with the Avata 2 — fast movement, banked turns, directional changes. Import into Gyroflow: select the correct camera profile, import the gyro data (embedded in the DJI file), calibrate, set horizon lock and smoothness settings. Export as ProRes or high-quality H.264. Import into Resolve and compare the raw vs Gyroflow-stabilised versions.
Drill 3
Simulator session — one week minimum
Commit to 30 minutes of simulator practice per day for 7 days before flying the Avata 2 in any environment with obstacles. Use DJI's Virtual Flight or Liftoff. Focus on: smooth forward flight with altitude maintenance, figure-eight patterns (requires coordinated yaw + pitch + roll), and slow deliberate threading between virtual objects. Log your practice hours.
Drill 4
The thread — flying through an opening
Find a safe structure with a large obvious opening — a wide doorway, a gap between two objects at least twice the wingspan of the Avata 2. In Normal mode first, practice flying through the opening at slow speed. When comfortable, increase speed. The goal: smooth centred passage through the opening with no wall-scraping or emergency corrections.
Week 3 Assignment
"FPV and cinematic combined"
Produce a 90-second sequence that combines Mini 4 Pro cinematic shots (at least 3) with Avata 2 FPV shots (at least 2) in a coherent edit. The transitions between the two drone types must feel intentional. All FPV footage must be Gyroflow-stabilised. All footage must be graded consistently.
At least 3 Mini 4 Pro shots and 2 Avata 2 shots
All FPV footage is Gyroflow stabilised
Transitions between drone types feel intentional
All footage is graded to a consistent look
DJI Mini 4 ProDJI Avata 2GyroflowDaVinci Resolve
Focus: drone cinematography as storytelling — planning a complete aerial sequence, weather windows, and integrating drone shots into a ground-based narrative.
Wind and weather — the drone filmmaker's primary variableWind is the primary environmental constraint. The DJI Mini 4 Pro has a maximum wind resistance of approximately 38km/h but footage quality degrades significantly above 25km/h. Check wind at altitude — ground-level wind is typically lower than altitude wind due to the drag effect of buildings and terrain. Use Windy.com or the Bureau of Meteorology for altitude-specific forecasts. In South Australia, the sea breeze typically arrives between 11am and 2pm in summer — plan morning flights for still-air conditions.
Planning a location for drone cinematographyLocation scouting for drone work requires different considerations than ground-based scouting. Check: are there obstacles at altitude (power lines, towers, tall trees)? What is the sun position at the planned flight time? What is the ground texture and colour from above? Is there visual interest at multiple altitudes — does the location only work at 80m, or does it also work at 20m and 5m?
Integrating drone and ground shots — the transition designThe visual disconnect between a drone shot and a ground shot can be jarring unless the transition is designed. Techniques: match cut from drone's top-down perspective to a top-down ground camera shot. Cut from a wide aerial establishing shot to a ground-level close-up of a detail. Use the drone's descent all the way to ground level and allow the shot to seamlessly continue on the RS5 as the drone lands.
DJI Mini 4 Pro D-Log M grading workflowD-Log M is less extreme than Sony's S-Log3 — it has a more gentle gamma curve. Grading workflow in Resolve: add a CST node — input: DJI D-Log M / D-Gamut, output: Rec.709. This produces a starting point with natural contrast. Unlike S-Log3, D-Log M doesn't require a large contrast boost after the CST — it is closer to the final result. Create a dedicated DJI camera grade preset separate from your Sony preset.
Drill 1
Wind forecast and flight window planning
For your next 5 drone shoots, research the wind forecast for the shoot time and location using Windy.com, specifically looking at the 50m and 100m altitude forecasts — not just the surface wind. Log the predicted wind vs the actual wind conditions you experienced. Over 5 shoots, calibrate your understanding of how accurate altitude wind forecasts are in Adelaide.
Drill 2
Aerial-to-ground transition design
Design and shoot a transition sequence that moves from aerial drone footage to ground-level footage without a hard cut. Options: 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), or match cut (drone nadir shot to a top-down camera shot on the RS5). Execute at least two different transition types.
Drill 3
Full location scout for drone
Visit a location specifically to scout it for drone cinematography. Walk the perimeter identifying obstacles at altitude, the best sun angle at different times of day, visual interest at different altitudes, and CASA restriction status. Document your findings. Plan a 10-shot shot list for a drone sequence at this location including shot type, altitude, movement, and time of day for each shot.
Drill 4
D-Log M to Rec.709 grade preset
Shoot a grey card and a person in D-Log M on the Mini 4 Pro. Import to Resolve. Build a DJI D-Log M grade preset using the CST node and your creative corrections. Save as a .drx still. Compare the graded Mini 4 Pro footage placed beside graded FX30 S-Log3 footage of the same subject. Match the two cameras using scopes. Save a dual-camera match still for future projects.
Week 4 Assignment
"Aerial short — ground to sky and back"
Produce a 3-minute piece that integrates drone footage (Mini 4 Pro and ideally Avata 2) with ground-level camera work into a single coherent narrative or documentary sequence. The viewer should never feel the drone shots are decorative — they must reveal something that the ground shots cannot. Deliver with a production note explaining what each drone shot reveals and why it was necessary rather than a ground shot.
Drone and ground shots are colour-matched and feel from the same world
Each drone shot reveals something genuinely unavailable from the ground
At least one aerial-to-ground transition is seamlessly designed
CASA regulations were observed throughout production
All FPV footage is Gyroflow-stabilised
DJI Mini 4 ProDJI Avata 2Sony FX30DJI RS5GyroflowDaVinci Resolve
Flying without checking airspace — the legal and safety exposure
Many areas near Adelaide have restricted airspace that isn't immediately obvious. Flying without checking CASA's DroneApp and Airshare before every flight risks a mid-air conflict with manned aircraft, significant fines, and invalidation of your professional insurance.
Fix: Make the CASA DroneApp the first app you open before every flight. Make checking Airshare part of your pre-flight checklist. Both are free and take under 2 minutes. Build this habit before your first flight and maintain it without exception.
Flying without the correct ND filter — wrong shutter cadence
The 180° shutter rule applies to drone footage as much as ground camera footage. Flying the Mini 4 Pro without an ND filter in bright conditions forces a very fast shutter (1/500 or higher), producing jittery footage that looks nothing like cinema.
Fix: Before every flight in daylight, select the appropriate ND filter. Set the drone to manual exposure, set shutter to 1/50, and confirm correct exposure before taking off. Once airborne, you cannot change the ND — get it right on the ground.
Using drone shots to make up for weak ground coverage
A drone shot cannot fix a sequence that lacks sufficient ground-level coverage. Adding aerial shots to a weak edit produces polished-looking but emotionally hollow results.
Fix: Plan and complete your ground coverage first. The drone sequence is built on top of the ground edit, not instead of it. If you run out of time on a shoot, prioritise ground shots — drone coverage is a bonus, not the foundation.
Fly before sunrise — Adelaide's best drone window
The hour before and after sunrise in South Australia offers golden-hour light quality, completely still air (the sea breeze has not yet developed), and near-zero human activity in public spaces. This is when drone conditions are optimal and footage quality is at its highest. Accept the early morning start as a professional discipline.
DJI Mini 4 Pro · DJI Avata 2
Use the Mini 4 Pro's Hyperlapse modes for sequences, not just standalone shots
The Mini 4 Pro's built-in Hyperlapse (Circle, Waypoint, Free, Course Lock) produces time-compressed footage that is automatically stabilised. A circle hyperlapse around a landmark compresses 30 minutes of orbit into 30 seconds. Use hyperlapse shots as transitions and establishing elements within a longer edit — not as the entire edit. One 10-second hyperlapse shot at the opening of a sequence gives enormous production value for minimal flight time.
DJI Mini 4 Pro
Gyroflow's horizon lock is your most important FPV stabilisation setting
When stabilising Avata 2 footage in Gyroflow, the horizon lock setting is the difference between footage that looks intentionally dynamic and footage that looks like a malfunctioning camera. Set horizon lock to approximately 60–70% for shots where you want the drone's natural bank to remain partially visible (cinematic FPV), and 95–100% for shots where a stable horizon is essential (tracking shots, reveals).
Max altitude: 120m AGL Always VLOS No fly over people 3km from controlled airspace Check CASA DroneApp first
Mini 4 Pro wind limits
Max rated: 38km/h Good footage: below 25km/h Check at altitude — not just ground level
ND filters for Mini 4 Pro
25fps / 1/50s: ND16 overcast, ND64 partial sun, ND256 full sun. In South Australia summer, full sun midday may require ND256. Check exposure before takeoff — you cannot change ND at altitude.
D-Log M grading
In Resolve: Input CST → DJI D-Log M / D-Gamut → working space. D-Log M needs less contrast boost than S-Log3. Create a dedicated DJI camera grade preset — don't use your Sony preset.