Drone Videography Course

Lesson 1 • Drone Anatomy and Components

Covers motors, ESCs, frames, propellers, and batteries as an integrated system. Establishes hardware literacy needed for every subsequent chapter.

Lesson 2 • Principles of Multirotor Flight

Explains thrust, torque, and attitude control through rotor speed differential. Connects physics to practical stick inputs used in flight training.

Lesson 3 • Remote Controllers and Transmission

Covers transmitter channels, binding, and video downlink systems. Ensures students can set up reliable control links before first flight.

Lesson 4 • Flight Controller and Firmware

Introduces the flight controller as the drone's brain, covering sensor fusion and firmware roles. Prepares students to configure and update systems safely.

Lesson 1 • Drone Regulatory Frameworks

Surveys how civil aviation authorities categorise drones by weight and risk. Establishes the compliance mindset required before any outdoor flight.

Lesson 2 • Privacy, Liability, and Insurance

Addresses legal exposure from privacy violations and property damage during commercial shoots. Students learn to mitigate risk through insurance and consent practices.

Lesson 3 • Airspace Classification and Restrictions

Maps controlled, restricted, and uncontrolled airspace types to practical flight planning. Students learn to read airspace charts and identify no-fly zones.

Lesson 1 • First Outdoor Flights

Transitions simulator skills to real hardware in low-risk open spaces. Focuses on stable takeoff, hover, and landing as foundational competencies.

Lesson 2 • Orientation and Spatial Awareness

Trains pilots to maintain orientation when the drone faces away or is at distance. Reduces disorientation errors that cause crashes during complex shots.

Lesson 3 • Simulator Training Fundamentals

Uses flight simulators to build stick control without crash risk. Provides a safe environment to develop reflexes before outdoor sessions.

Lesson 4 • Precision Manoeuvring Exercises

Introduces tight-tolerance drills such as gate flying and spot landing. Builds the fine motor control needed for advanced cinematic flight paths.

Lesson 1 • Exposure Triangle for Video

Applies aperture, shutter speed, and ISO to moving-image capture rather than stills. Establishes the exposure foundation for all subsequent camera work.

Lesson 2 • Gimbal Operation and Camera Control

Teaches gimbal tuning, tilt control, and camera movement coordination during flight. Connects camera control to smooth, professional-looking aerial footage.

Lesson 3 • Lens Selection and Field of View

Compares focal lengths and their effect on perspective compression and distortion. Helps students choose optics that match the creative intent of each shot.

Lesson 4 • White Balance and Colour Science

Covers Kelvin values, auto white balance pitfalls, and colour profile selection. Ensures consistent colour across a shoot for efficient post-production.

Lesson 1 • Flythrough and Low-Level Shots

Trains pilots to navigate through gaps, under structures, and at low altitude safely. These high-impact shots require precise spatial judgement and slow deliberate inputs.

Lesson 2 • Foundational Aerial Shots

Introduces the reveal, top-down, and tracking shot as the building blocks of aerial storytelling. Each move is practised until execution is consistent and smooth.

Lesson 3 • Combining Moves for Cinematic Flow

Teaches how to chain multiple movements into a single continuous shot. Develops the timing and anticipation needed for complex multi-axis sequences.

Lesson 4 • Dronie and Reveal Shots

Covers backward-ascending moves that reveal landscapes or subjects dramatically. Teaches altitude-to-distance ratio for visually compelling reveals.

Lesson 1 • Shot List and Storyboard Creation

Guides students through building a structured shot list tied to a narrative or brief. Ensures every flight minute is purposeful and client expectations are met.

Lesson 2 • Risk Assessment and Contingency Planning

Formalises hazard identification and mitigation planning before every shoot. Builds the professional habit of documenting and communicating risks to clients.

Lesson 3 • Remote Location Research Tools

Introduces satellite imagery, topographic maps, and airspace apps for pre-visit analysis. Reduces surprises by identifying obstacles and restrictions before arrival.

Lesson 4 • Light and Weather Planning

Teaches use of sun-position apps, weather forecasting tools, and wind data for shoot timing. Aligns flight windows with optimal lighting and safe conditions.

Lesson 1 • Intelligent Flight Mode Overview

Surveys active track, follow-me, and hyperlapse modes available on modern platforms. Sets expectations for what automation can and cannot replace in skilled piloting.

Lesson 2 • Waypoint Mission Planning

Teaches ground station software to design, simulate, and execute pre-programmed flight paths. Enables repeatable shots for mapping, inspection, and cinematic sequences.

Lesson 3 • Obstacle Avoidance Systems

Explains sensor types, detection ranges, and avoidance behaviour in complex environments. Teaches when to rely on sensors and when to disable them for creative shots.

Lesson 4 • Automated Cinematic Sequences

Applies automation to produce master shots such as cable-cam simulations and boomerangs. Combines programmed paths with manual camera control for polished results.

Lesson 1 • Colour Grading Log Footage

Applies LUTs, primary correction, and secondary grading to log-encoded aerial clips. Produces a consistent, cinematic look across an entire project.

Lesson 2 • Editing Aerial Sequences

Covers cut timing, shot selection, and pacing principles specific to aerial footage. Teaches how movement on screen dictates edit rhythm and viewer engagement.

Lesson 3 • Export and Delivery Formats

Covers codec, bitrate, and container choices for broadcast, web, and social delivery. Ensures final files meet client and platform technical specifications.

Lesson 4 • Footage Ingestion and Organisation

Establishes a file management system for raw footage, proxies, and project assets. Prevents data loss and speeds up editing through disciplined organisation.