I got the DJI Osmo
and have been testing it out. Everything has been captured full-auto and I would like to hear reader comments on the following:
[I’m not loving the 1/2.3″ sensor (GoPro-sized) but the stability is way better than my experiments using a gyro: suburbs; downtown Boston.]
The idea of this device is fantastic, in my opinion. Instead of trying to stabilize a monster camera, complete with heavy battery and LCD screen, just stabilize the lens and sensor. Push everything else out of the gimbal. Battery life is an issue. We consumed 50 percent of the battery capturing 22 minutes of 4K 30p footage over a 30-minute period from the helicopter. It would be great to have a cigarette lighter power option. The included 16 GB memory card is not going to last for much more than one complete battery, so I immediately purchased a SanDisk 64GB Micro SD
.
This is a great product for older parents. If you point the stick straight down the gimbal system figures that out and reorients the camera/image. Now you’re capturing stabilized video at toddler height without bending over or crawling. You can also point the stick forward (“flashlight mode”) and have the camera align itself. (Switching among these modes doesn’t work as well in a helicopter; the system seems to get confused and the result can be a tilted horizon or video in a vertical format (Smartphone-owner style!).)
Potentially serious weak point: The microphone doesn’t pick up a lot of sound. With everything set to automatic it is nowhere near as sensitive as the microphone on a mobile phone recording even a distant subject or the on-camera mic of a digital camera.
Nits: The phone holder is a little tight for an iPhone 6 Plus with case. Sometimes the device gets extremely confused
Project for an Aero/Astro Engineering master’s student: Mount this on the crosstube of a helicopter’s landing gear, run a wire out to it for power from the helicopter electrical system, let the videographer control the camera from inside the helicopter via WiFi (everything that can be done from the switches on the handle, including panning and tilting, can be done from a smartphone), spend the rest of your professional life trying to get the FAA to approve it… [Please email if you are interested in doing this; I will pay for the required hardware, provide a Robinson R44 and pilot for flight tests, etc.]
Over-extrapolation: At $650, this is roughly a $400,000 value, by the standards of a decade ago (see SHOTOVER, and Cineflex for traditional tech). If this is how fast electro-mechanical technology can move, should we be so terrified of global warming? Isn’t there a chance that some crazy advanced technologies will be available to save the planet cheaply in 15 or 20 years? (on the other hand, the weakest feature of the Osmo is battery life) Separately, if this is what the young minds of Shenzhen can design and build, does it make sense for our political candidates to talk about tax rates from the 1950s, spending decisions that Johnson made in the 1960s, tax cuts that Reagan pushed through in the 1980s, etc. (notice how nobody wants to recall the 1970s! It is like a bad dream for Americans, though there was an amazing amount of deregulation (legacy of Gerald Ford, primarily))? Almost any political system works a lot better if you don’t have to compete with companies like DJI.
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