Photography Drones: Robot Cameras Take to the Skies
- By Peter Kolonia on May 13, 2013
Options
Low End The toy-like AR Parrot Drone 2.0 ($300) is controlled by iOS devices and hosts two on-board video cameras; one is HD and can send clips to the iOS device and share to online media sites.
Mid-Market For about $700, a quadcopter like the DJI Phantom has advanced flight controls and options such as GPS positioning, gyroscopic stabilization, and a com-pact-camera mount.
High End From $9,000 to $30,000, pro-quality multi-rotors like the Infinite Jib model shown are highly customized and can carry payloads from DSLRs to cinemagraphic equipment used for major motion pictures.
If you’ve noticed a sudden proliferation of photos and video taken from above—but seemingly from far too low to have been shot from a plane—chances are that you’re looking at images shot from a drone. High-end units are being used in sports photography, real estate, law enforcement, and even major motion pictures. Drones are some of the most exciting new photographic tools in recent history. And flying these multi-rotor, radio-controlled aircraft is almost as thrilling as the images they can produce.
Why now? Recent advancements in flight controllers and aircraft stabilizers have made it possible for almost anyone to strap a decent camera into a drone, send it skyward for capture, and return it to earth in one piece (most of the time).
Also known as multi-rotors, unmanned aerial vehicles (UAV), quadcopters, and octocopters, these relatively affordable aircraft deliver photography that was—up until now—impossible at any price. They’re able to fly outdoors, even in slight wind, and sometimes in confined indoor spaces, too. Multi-rotors can legally operate at heights up to 400 feet, and range in price from $300 to up to $30,000.
Drones come in four-, six-, and eight-prop versions that can accept cameras ranging from compacts to high-end DSLRs. They’re powered by rechargeable batteries that provide between 6 and 15 minutes of flight time per charge, depending on the model and payload. Some are ready to fly out of the box, others require more at-home engineering.
Their technology starts with the propellers and motors, which produce minimal vibration for steady video capture. Most are operated by sophisticated radio-control (RC) consoles with joysticks for setting altitude, direction, and speed. The Parrot AR Drone 2.0 is controlled by iOS apps on iPhones and iPads. Most airborne multi-rotors “know” their location by communicating with six or more GPS satellites.
Yes, crashes happen. Many units, however, prevent or minimize damage by automatically returning to the site of liftoff when power drops or communication with the control console is compromised.
TIPS Buyer Beware Before investing in a multi-rotor, check with online user forums to learn of the experiences others have had with the units that interest you. This product category—especially the low end—is still in its infancy.
Try Flight Training To learn to fly a multi-rotor before taking your valuable camera aloft, experiment with an inexpensive unit such as the Blade mQX ($119, street). There’s even optional flight simulation software for it.
THIS ARTICLE IS FROM THE JUNE ISSUE OF POPULAR PHOTOGRAPHY, ON NEWSSTANDS NOW!
Comments
Thank you for your comment Chuck, I could not agree more. I just made a comment @ a photo contest and some of the places they want people to photograph. people better know where they are flying, and what the rules are.