Where I Live Now and Why

A video that tells part of the story.

I’m extremely proud to be a small part of the team that created this Wenatchee Valley Chamber of Commerce video. Created by the talented folks at Voortex Productions, this promotional movie combines ground and aerial footage, narrative, and original music to show and tell what Wenatchee is all about. Watch it and you’ll see why I made the move here from the dying Arizona town I lived in.

We are Wenatchee from Voortex Productions on Vimeo.

All of the aerial footage was shot from my helicopter. It required quite a bit of tricky flying. Because the videographer sat in the seat behind me shooting out the door, certain shots — such as the downtown flight — required me to fly sideways at about 30 knots. The final reveal from behind Saddle Rock required a smooth vertical climb with gentle but noticeable wind currents in the canyon behind the peak.

The air-to-air footage of Miss Veedol was challenging but fun. It required me to keep up with the plane as it flew around Wenatchee, putting the videographer in the position he wanted: above, below, in front of, behind. I’m amazed by how well the shots that day came out and tickled that my property in Malaga can be seen behind the plane in one long sequence.

Many thanks to the folks at Voortex Productions for giving me the opportunity to prove how great aerial video can make a production even better than it might otherwise be. I especially appreciate their understanding of the safety and performance aspects of the helicopter, enabling us to keep the ship light so these shots were possible.

The Rise (and Fall?) of Drones for Aerial Photography

I’m watching the developments closely for a few reasons.

I care about unmanned aerial vehicle or drone use, no matter what size it is. But I really care about drones flown by amateurs for photography.

The Death of a Revenue Stream

I first felt the sting of drone use for aerial photography when one of my best aerial photography clients began using a six-rotor, radio controlled quadrocopter to create some of their excellent 360° interactive panoramic images. Their setup even made international news when it photographed a protest in Moscow in 2012.

Bryce Canyon Pano
Our trip to Bryce Canyon was especially memorable because it was so freaking cold.

The drone seemed to be the perfect solution for one of our biggest problems: finding a cost-effective way to get an aircraft to some of the most remote locations in the world. In the past, I’d flown this client at Bryce Canyon in Utah, Lake Powell, Horseshoe Bend on the Colorado River in Arizona, San Juan River Goosenecks in Utah, and the San Juan and Colorado River Confluence in Utah. Drones theoretically also made it possible for them to get images at places helicopters couldn’t legally fly — such as within certain national parks and other restricted airspaces. I worked with one photographer on many of our flights; he was just as disappointed as I was about the drone use because it meant he wouldn’t be sent to these locations, either.

As I saw more and more images and video footage shot from drones, I thought I was seeing the writing on the wall. Why spend $500 or more per hour to fly with a helicopter pilot when you could spend less than $10,000 for a ready to fly quadrocopter designed for photography that you could use over and over anywhere in the world? Or much less for something more basic, like a Parrot AR.Drone or Phantom Quadcopter that you could attach a GoPro camera to? Theoretically, an investment of less than $1,000 would give you everything you needed to get the aerial photos or videos you need.

Of course, you have to be able to fly the damn things. But apparently, that isn’t much of a problem.

So I saw the very real possibility of a revenue stream — aerial photography flights — drying up because of the proliferation of drones carrying cameras.

Bigger Worries

But there was something else that worried me — something that worried me much more. As a helicopter pilot, I often fly at or below 500 feet AGL (above ground level). And contrary to popular belief among airplane pilots, there is no minimum altitude for helicopters. I fly where it’s safe to fly and try hard not to annoy people on the ground. Still, there’s a very real possibility that I could be flying in the same airspace as someone with one of these drones.

And that scares me.

Yeah, you say. Fly higher. But sometimes that’s not possible. Sometimes I need to fly closer to the ground. And besides, the FAA has given me permission — by issuing me a helicopter pilot certificate — to fly in this space. The same can’t be said for most drone operators.

Watch the video from the crashed drone.

These drones are not toys. They have the potential to be very dangerous. This became very apparent in October 2013 when a Quadcopter crashed in Manhattan after bouncing off a few buildings, landing only a few feet from a pedestrian.

Can you imagine what would have happened if this drone had struck someone on the ground? Or went through one of those office building windows? Or collided with a helicopter or small airplane?

Here’s what happened when a radio controlled helicopter struck the man controlling it in a Brooklyn, NY park in September 2013.

And the possibility of drones and aircraft colliding isn’t so remote. It almost happened near Denver in May 2012.

In December 2013, the PBS NewsHour did a story about this: “How will thousands of drones impact already crowded skies?” That story explores other issues, too, including computer-operated drones that can fly themselves and privacy.

The FAA Steps Up to the Plate

After dancing around the issue for a while, the FAA finally made a statement — and it’s one I’m very happy about.

It all started last week when the Spokesman-Review newspaper published a video shot from a “radio-controlled helicopter.” The aircraft that shot the video was clearly operating in close proximity to people on the ground — indeed, even right overhead. A self-proclaimed “troll” tweeted about it and the legality of “drone journalism” turned into a Twitter debate that was picked up by Poynter. The operator of the drone claimed such use was a “gray area” as far as the FAA was concerned. As covered in later articles on both Poynter and the PBS NewsHour, the FAA plainly stated that “drone journalism” is not allowed. According to the Poynter piece:

“There is no gray area,” said FAA spokesperson Les Dorr.

Hobbyists are allowed to use small, radio-controlled crafts under specific guidelines, but “if you’re using it for any sort of commercial purposes, including journalism, that’s not allowed,” he added.

Although I’m very happy about this development, I’m sure this isn’t the last word. I’m equally sure that drone photographers will find loopholes to avoid use being classified as “commercial” and that the practice of strapping cameras onto drones will continue into the future. Hopefully, however, drone operators will limit their use to more remote areas and keep them away from people and property on the ground.

It also proves to me that the FAA is finally paying attention to this issue. With luck, their attention will be enough to limit drone use for these purposes — at least until some sort of controls can be put in place to ensure safety.


January 10, 2014 Update: Watched the latest video of Jerry Seinfeld’s Comedians in Cars Getting Coffee this morning. In the first 30 seconds of this video (after the commercial), you can see a UAV with a camera flying over the Delorean. Seconds later, it crashes. I’m thinking they didn’t do this on purpose — although Jerry masterfully works it into his script.

Screen Grab from Comedians in Cars Getting Coffee
This screen grab is from 1:11 in the Patton Oswalt episode of Comedians in Cars Getting Coffee. (Highly recommended show.)

Just Because the Helicopter Has Four Seats Doesn’t Mean You Have to Fill Them

Or why I won’t do aerial photo/video flights with three passengers on board.

It’s that time of the season again: time to go through the NTSB reports to see how and why helicopters are crashing. As I’ve mentioned elsewhere in this blog, it’s usually due to “stupid pilot tricks.” Here’s yet another example.

The full narrative is a bit lengthy to quote here, but I’ll summarize:

R44 Raven I helicopter with four people on board. The pilot estimates the weight of the aircraft at the time of the accident was 2,391 pounds — just 9 pounds less than max gross weight for that aircraft. The accident occurred 25 to 30 minutes after takeoff. If the aircraft burns 15 gallons per hour (as conservatively estimated by Robinson), it burned at least 7 gallons during the flight. 7 gallons x 6 pounds per gallon = 42 pounds. So yes, the helicopter was over max gross weight at takeoff. No wonder the pilot “was concerned with the density altitude at the departure airport.”

Speaking of density altitude, the temperature was 31°C at the closest weather station, which was 12 miles away and sat at 4,964 feet. The calculated density altitude was 7,721 feet. The wind was 17G32.

The purpose of the flight was aerial photography. As any commercial pilot can tell you, that often means low and slow flights. So slow, perhaps, that the helicopter began to settle (under power) during a turn about 100 feet above the ground. There was a close call with two sets of power lines, which the pilot was able to clear while the low rotor horn blared. But the pilot was unable to gain enough speed and keep enough altitude to prevent settling into the ground. The helicopter rolled and three of the four occupants received minor injuries. The helicopter was totaled.

Out of Ground Effect Hover R44A look at the performance chart for an R44 (Raven I) makes it pretty clear why the pilot had trouble maintaining altitude at slow speed. At max gross weight on a 30°C day, the helicopter can’t even perform an out of ground effect (OGE) hover at sea level, let alone nearly 5,000 feet. That means it would have to continuously fly above ETL (approximately 25 knots airspeed) to stay in the air. At slow speed, a turn into a tailwind situation would rob the aircraft of airspeed, making it impossible (per the performance data, anyway) to stay airborne.

(It’s important to note that the R44 Raven II helicopter has much better performance at high density altitude. That’s why I paid the extra $40K to buy a Raven II instead of a Raven I.)

How could this accident have been prevented? Lighten up the aircraft. One way is to take just the passenger with the camera. Leaving two passengers behind would likely have lightened up the aircraft by 300 (or more) pounds. According to the OGE hover chart, at 2,050 pounds, the helicopter could (barely) hover out of ground effect. But even in that situation, the high density altitude would have made the helicopter sluggish and limited its performance. While an experienced pilot may have been able to pull it off, not every pilot could.

But this doesn’t excuse the pilot from doing his homework. A quick look in the pilot operating handbook (POH) would clearly show the aircraft’s limitations. The chart is in there for a reason.

Still, I could put myself in the pilot’s shoes and envision his situation. He knows density altitude could be an issue. But there are three guys and they see a helicopter with three empty seats. Why can’t they all fly? The pilot does a test flight with two of them on board and doesn’t have any trouble. What’s one more person, the passengers ask. Joey really wanted to come, too. The pilot succumbs to the pressure of this passengers and does something he knows deep down inside is probably very stupid.

And he pays for it.

How many times has this happened to you? Once?Twice? Ten times? I know that some version of this has happened to me. Every time it’s happened, I walked away without any problems. But during the whole flight, I worried. I knew what could happen. And I was relieved when things didn’t go wrong.

Is that the way we should be flying?

Hell, no!

Now I personally have a hard and steadfast rule: maximum of two passengers for aerial photo/video flights — preferably just one. And if I don’t feel like I have enough reserve power under the flying conditions — keeping the OGE Hover Chart in mind — I won’t do any hovering or very slow flight.

In my opinion, it’s not worth risking the safety of flight just to make a client happy.

Think about this the next time you’re preparing for an aerial photo mission.