FAA Moves Toward Treating Drones and Planes As Equals (hackaday.com)
Hackaday's Tom Nardi writes about the Federal Aviation Administration's push to repeal Section 336, which states that small remote-controlled aircraft as used for hobby and educational purposes aren't under FAA jurisdiction. "Despite assurances that the FAA will work towards implementing waivers for hobbyists, critics worry that in the worst case the repeal of Section 336 might mean that remote control pilots and their craft may be held to the same standards as their human-carrying counterparts," writes Nardi. From the report: Section 336 has already been used to shoot down the FAA's ill-conceived attempt to get RC pilots to register themselves and their craft, so it's little surprise they're eager to get rid of it. But they aren't alone. The Commercial Drone Alliance, a non-profit association dedicated to supporting enterprise use of Unmanned Aerial Systems (UAS), expressed their support for repealing Section 336 in a June press release: "Basic 'rules of the road' are needed to manage all this new air traffic. That is why the Commercial Drone Alliance is today calling on Congress to repeal Section 336 of the FAA Modernization and Reform Act of 2012, and include new language in the 2018 FAA Reauthorization Act to enable the FAA to regulate UAS and the National Airspace in a common sense way."
The 2018 FAA Reauthorization Act does not simply repeal Section 336, it also details the new rules the agency would impose on unmanned aircraft and their operators. Under these proposed rules, all unmanned aircraft would be limited to an altitude of 400 feet unless they have specific authorization to exceed that ceiling. They must also be operated within line of sight at all times, effectively ending long-range First Person View (FPV) flying. There's also language in the Reauthorization Act about studying the effects of flying unmanned aircraft at night, or over groups of people. It also states that drones, just like traditional aircraft, must be registered and marked. It even authorizes the FAA to investigate methods of remote identification for drones and their operators, meaning it's not unreasonable to conclude that RC aircraft may be required to carry transponders at some point in the future. To many in the hobby this seems like an unreasonable burden, especially in the absence of clear limits on what type of small aircraft would be excluded (if any). The report also notes that the 2018 FAA Reauthorization Act will require drone operators to have to pass an "aeronautical knowledge and safety test," and to show proof of their passing to any law enforcement if questioned. Also with the repeal of Section 336, "young people might actually be excluded from flying remote-controlled aircraft," Nardi writes. "While many RC planes and quadcopters are marketed as children's toys, in the absence of Section 336, it's not clear that a child could legally operate one. The FAA requires a person to be 16 years of age to obtain a pilot's license, and if unmanned aircraft are truly expected to obey the same 'rules of the road,' it's not unreasonable to assume that age requirement will remain in effect."
The 2018 FAA Reauthorization Act does not simply repeal Section 336, it also details the new rules the agency would impose on unmanned aircraft and their operators. Under these proposed rules, all unmanned aircraft would be limited to an altitude of 400 feet unless they have specific authorization to exceed that ceiling. They must also be operated within line of sight at all times, effectively ending long-range First Person View (FPV) flying. There's also language in the Reauthorization Act about studying the effects of flying unmanned aircraft at night, or over groups of people. It also states that drones, just like traditional aircraft, must be registered and marked. It even authorizes the FAA to investigate methods of remote identification for drones and their operators, meaning it's not unreasonable to conclude that RC aircraft may be required to carry transponders at some point in the future. To many in the hobby this seems like an unreasonable burden, especially in the absence of clear limits on what type of small aircraft would be excluded (if any). The report also notes that the 2018 FAA Reauthorization Act will require drone operators to have to pass an "aeronautical knowledge and safety test," and to show proof of their passing to any law enforcement if questioned. Also with the repeal of Section 336, "young people might actually be excluded from flying remote-controlled aircraft," Nardi writes. "While many RC planes and quadcopters are marketed as children's toys, in the absence of Section 336, it's not clear that a child could legally operate one. The FAA requires a person to be 16 years of age to obtain a pilot's license, and if unmanned aircraft are truly expected to obey the same 'rules of the road,' it's not unreasonable to assume that age requirement will remain in effect."
with the unsafe and perverted nonsense going on in my neighborhood because of punks with drones, some testing and regulation might be a good thing
After you get their permission and pay the landing fees, sure.
Along with the usual flight plans and registering them with air traffic control.
I've been involved with R/C for over 30 years. Always go out of town or a very open field with NO people to fly my stuff. Now all these lDIOTS that take their quads out of a box, charge them, turn them on and suddenly... I'm a pilot! They have no idea the danger those spinning blade have, how to operate them, no respect for safety or anything. Now, thanks to YOU morons, I'll probably have to get a license, be tested, pay a fee all because of these stupid toys (not including the pros that fly these things for commercial purposes). I've been a ham operator for about as long, and back in the "old" FM days, flew a black flag on my transmitter. Those old Futaba transmitters were pretty good to, nothing like the Spectrum transmitters today, but still for the time pretty good. THANKS a lot.
The section in question applies to small model planes uses only for recreation (no commercial use). In other words, toys. For decades model aircraft have been just fine using compliance with AMA rules, without a bunch of paperwork with the FAA for each foam plane.
The word "drone", used in the title, has at least three completely different meanings.
In the military, a "drone" is an aircraft, normally fixed-wing (an airplane) which has some degree of ability to operate autonomously.
Around the same time that new military drones were in the news, toy helicopters with four motors (quadcopters) became popular. Advertisers capitalized on the media coverage of military drones by calling these toys "drones", though they can in no way fly autonomously. Most can't go more than about 100 meters from the operator (though a few can go further).
Thirdly, although the physics are such that quadcopters are horrible for scaling up, some people thought about building 2 meter sized quadcopters and using them commercially. There have been some serious proposals, but largely that's gimmick to get attention because the physics don't work out very well. Anyway, that's a third thing called "drone" that's very different from military jets, and very different from little plastic toys.
Talking about what laws should be for "drones" doesn't make much sense because military jet planes are called drones, little plastic toys are called drones, and motorcycle-sized commercial aircraft are called drones. Talking about laws for "drones" is pointless, or worse, highly misleading, unless you first define which kind of "drone" you're talking about.
Section 336 is about model aircraft, little foam and plastic toys. Getting rid of it won't solve any concerns anyone may have with anything else called "drone", such as the commercial use vehicles Amazon talks about.
I'm a commercial drone operator, and literally everything in the parent post is how we already operate. It's not even a little bit burdensome, and it lets sUAS operators fly safely with our crewed counterparts.
No, you _can't_ fly your drone out of sight without a spotter or a waiver. You never know when a helicopter's gonna be around, or when you'll bump into something you can't see. No, you can't fly over 400 feet without a waiver — low flying air traffic can't see a 3 ft wide drone until it's too late, and if they're coming up in your (massive) blind spot, you won't see them either. Flying at low altitudes over large crowds of people can be unsafe if you have some sort of malfunction.
Look, it's all fun and games when you're flying a drone around inside. But if you're in a busy airport's Class C airspace, you don't need to be screwing around where your drone can get sucked into a jet intake or smack into a helicopter. You need to know the rules of the road. You need to know where and when it's safe to fly.
It's not even that hard to get a commercial license. Study, take a few practice tests online, go down to an FAA testing center and sit for the exam. There's a fee, which should arguably be lower, but for Pete's sake, these are exceptionally reasonable requirements.
It's not oppression. It's just safety.
why did they do something as stupid as treating drones and planes equally?
Why does the FCC regulate micropower AM/FM stations? Why does the DOT regulate home-built cars?
Browsing at +1 - no ACs, I ignore their posts. So refreshing!
... , a non-profit association dedicated to supporting enterprise use of Unmanned Aerial Systems ...
Is that like a special interest group for "for-profits", kinda like lobbyists or a PACs or stuff?
It little behooves the best of us to comment on the rest of us.
First of all, the DOT does not regulate home-built cars. I'm not sure where you got this bad information, but I'm not surprised, considering the quality of most of your assertions.
Second, "regulate" is not the same as "treat as equals". But thanks for setting up those two dopey strawmen for me to set afire.
You are welcome on my lawn.
"$15,000 worth of training and certifications" is probably more than necessary.
Flying model aircraft pilots, depending on how good they are, will spend $100-$300 on lessons before they can pass their Bronze Wings tests (administered by the national aeromodelling organisation in each country) and then many more hours flying at registered aeromodelling airfields practising for the Gold Wings test that allows them to participate in organised aerobatics and racing competitions.
I'm not against enforcing that drone pilots go through such training. Drone pilots should also have to pay for public liability insurance every year just like the aeromodelling pilots are required to do.
This is exactly what it means. Once you have a pilot's license and your drone is equipped with sufficient instrumentation to see and avoid other aircraft, you could file a flight plan (if needed) and land at a local airport. Just keep in mind that depending on the services you require at an airport, you could be charged a landing fee.
And, despite the fact that I am a pilot and can fly my own damn plane, I can see the day when I would pay you for a drone ride to the other side of town in order to avoid hellacious traffic. I can also see the concept of an 'airport' evolving greatly over time.
If you stay clear of the National Airspace System and keep your drone within sight and out of the way of a bunch of us flying meat bags, then you're good to go.
Happy flying!
"Every time I see an adult on a bicycle, I no longer despair for the future of the human race." - H. G. Wells
TCAS has no dependency on ADS-B. TCAS depends on other aircraft having mode C, and is itself built on mode S, which is just a digital enhancement to mode C.
https://en.wikipedia.org/wiki/...
TCAS basically direction finds and ranges mode C broadcasts. TCAS antennas have multiple elements, thus multiple antenna cables, to allow the timed reception and calculation to determine range and direction.
ADS-B, once fully implemented, will mostly obsolete TCAS, as ADS-B has an integrated WAAS GPS source and broadcasts identity, location, and heading info. ADS-B transponders that both listen and transmit can provide proximity alerts and display relative positions and headings of other aircraft.
I say mostly because the ADS-B protocol is not secure, so bad actors can spoof being somewhere and/or someone they aren't. This could and would be detected, and, ah -eliminated with prejudice- rather quickly once deteced - i.e. in the range of a ground radar station (which is now most everywhere), but it would be very annoying none the less.
If you are really bored, you can buy a $10 usb TV tuner, now marketed as a 'software defined radio'. You can then run a program called dump1090, which will directly receive the 1090 MHz transmissions of aircraft transponders in the area. You can then plot these aircraft on a map (if they are broadcasting ADS-B), and see what commercial or civilian aircraft are flying in your area.
Flightradar24 would like you to send them the data you collect, which they will then display for the world to see:
https://www.flightradar24.com/...
Politicians and hoity-toity folks who think they are special can request that the FAA not pass on tracking data to folks like Flightaware and Flightradar24.
If you receive the transmissions directly from nearby planes, you can track whoever you damn well please, because the only way to prevent it would be for the airplane to turn off it's transponder, which is illegal :) Except for non-civilian aircraft. They have alien technology :-p
"Every time I see an adult on a bicycle, I no longer despair for the future of the human race." - H. G. Wells
Hey bro, I didn't read any of that wiki article except the title and first two sentences. I glanced at some of the pretty pictures though. Dealing with aircraft systems like ADS-B was my day job once upon a time, so I just dug around in my brain for most of it, thus it's rambling and disjointed nature :-p
I have ADS-B in and out in a plane that I fly as often as I can, and I did a fair amount of the physical install, and worked with a repair station to make it all legal, a few years ago. I think I was one of the first IFR certified ADS-B installs in my state. I chased down the first air to air contact I saw on my first flight with ADS-B. That was a bad idea, turned out to be a Blackhawk helicopter. Up close, they look like flying anger, and they can fly sideways and look at you with intensity.
ADS-B adoption rates are increasing as my cockpit display is getting gradually more cluttered, and the FAA is likely to simply ground airplanes that don't comply, which I would support. I can see temporary exemptions being issued on a case by case basis. ADS-B brings too much capability to the table, both for pilots and for controllers, to put off any longer. Also, prices are coming down, and the FAA is likely to re-introduce some financial incentives and rebates. Check out the NGT-9000, it's sweet! And for not much more than the price of two new Continental O-470 cylinders, you can have one installed! The install really is easy. The hardest part is tying in to the encoder, so if you haven't already, it's best to upgrade to a serial output encoder. Encoders are cheap, under a kilobuck, below a standard aviation monetary unit! Not many devices going forward are going to keep supporting binary gray code, or so I've been led to believe.
Sparc up dump1090 on a linux laptop or pi and watch all the stuff flying near you that has ADS-B. Now, if you are in BFE small town, you'll mostly just see airlines and business jets going overhead, but you'll catch a bug smasher now and then. A pi and USB SDR will also receive FIS-B weather very nicely, and send it to your cell phone or tablet via wifi or bluetooth or something. Never tried it, too much cockpit clutter for me. I saw folks at Oshkosh 3D printing cases for a pi, usb sdr and battery for cockpit use one year. Kids and their toys :)
Similar levels of bitching were encountered when the mode C mandate was issued about the time my existence first became multi-cellular. The world didn't end, and aviation adopted mode C.
"Every time I see an adult on a bicycle, I no longer despair for the future of the human race." - H. G. Wells