Multirotor
The most widely used type for both recreational and professional work. Its small size and excellent controllability make it the first choice for aerial filming, with the flexibility to carry almost any camera, vertical take-off, and the ability to hold a stationary hover directly over the subject.
The three commercial multirotor classes
1 · Prosumer quadcopter
A versatile machine for serious hobbyists and content creators — a high-resolution camera on a gimbal, and excellent stability. Example: DJI Phantom.
2 · Compact foldable
Folds down — the best option for travel and mobility: advanced features in a package that fits in a bag. Example: DJI Mavic/Mini.
3 · Cinema-grade
Maximum performance for professional cinematography, with interchangeable lenses and large sensors. Example: DJI Inspire.
✅ Advantages
• Easy to control and manoeuvre
• Vertical take-off and landing, plus hover
• The cheapest of the four types
• Portable and compact
• Shoots from angles nothing else can reach
❌ Drawbacks
• Limited endurance (usually under an hour — typically 10–35 minutes)
• Small payload
• Less stable in wind
• Slower than fixed-wing
• Every extra motor draws more power
Applications and configurations
Commercial examples: DJI Mavic/Inspire, Autel EVO — and in the DIY world, any 5-inch build from the Build Advisor.
🎬 Flight videos (needs internet)
Frequently asked questions
Why is a multirotor the default choice for camera work?
It takes off vertically and holds a fixed point with no forward motion, which allows a stable shot and precise control of camera angle. The cost is low efficiency, so flight time typically lands between 15 and 35 minutes.
Quad, hexa or octo — what changes?
Arm count sets payload capability and safety margin. A quad is lightest and cheapest but goes down if one motor fails; hexacopters and octocopters can keep flying after losing a motor, which is why they carry heavy payloads and fly missions that cannot afford a crash.
How does a multirotor steer at all?
Purely through differences in rotor speed, with no moving control surfaces. Speeding up the front rotors and slowing the rear ones pitches the aircraft back, and the torque difference between counter-rotating props produces yaw.
