February Deadline For Emergency Beacons Approaches
An anonymous reader writes "In two weeks, older emergency locator beacons will no longer be monitored by satellites. USA Today noticed that 85% of private aircraft in the US have not switched to the 406 MHz beacons. I thought I'd send up a flare about this. And this should not be relevant to the airplane which landed in the Hudson River today, as that was a commercial plane and its location was known by a number of bystanders, one of whom helped crash TwitPic."
no no!
This is actually the duplicate submission that got there a little too fast.
I've re-checked and it's all there.
Right between the emergency eggs and the emergency beer.
What? Another plane landed in the Hudson today? OMFG! The terrorists are attacking our rivers! Run for your lives!
Oh, wait...I just RTFA. Nevermind. Let this serve as a lesson to all of you to RTFA. :-P
My blog
It isn't like the old ones will not useful. The CAP and the FAA will still listen for the 121.5 beacons. Just the satellites.
If you are flying over really remote areas (northern Montana, etc), then you are silly not to have one of the new beacons. If you are flying within 100 miles of a major city, on nice days on the weekend, it is silly to buy the new ones, if your old one works.
The new ones are about $1200 installed.
I know, "airplanes are rich mans toys", but that isn't true. You can buy a taylorcraft for $15000, and ercoupes for under $20000. Most planes out there can be bought for under $50000.
It's not likely that those 121.5 MHz ELTs will be replaced any time soon, either. The 406 MHz ones cost way more, and are very expensive to install. I expect that the only replacements will happen because people need to fly to another country that requires them, or because their old ELT crapped out and they can't get replacement parts any more.
The next Cmdr Taco duplicate will be ready soon, but subscribers can beat the rush and see it early!
You tough you'd send a flare about this and it turned up to seed the sky with chaff
Thankfully, due to timezones, yesterday can be today, today can be tomorrow. Possibly (although I'm not sure) tomorrow can also be yesterday. This is also the case when abusing drugs, which is not surprising, considering that the guy who invented timezones was probably doing said abuse.
i wasn't aware that aircraft were required to have EPIRB's. boats, yes.. but aircraft? plausible, i guess, but i'd rather they stay in the air where they belong.
Maybe he'll push it back...
Ah, I guess not. Grey's Anatomy and Seinfeld reruns are more important.
"....helped crash TwitPic"
/.'ed the thwitpic.com website.
His servers couldn't handle the traffic of people trying to get the pictures, now you have succesfully
121.5 MHz will still be monitored in the US but you can't even fly an aircraft into Canada without a 406 MHz ELT. A personal locator beacon will not suffice for Canada. A lot of aircraft are switching over to a dual band unit so that they can be monitored anywhere.
If you never leave the US, it isn't a big deal.
Three stories in one summary?!? I just don't know what to respond to...brain melting...AAIIIIIGH!
Yes, the existing ELT (Emergency Location Transmitter) beacons are no longer monitored by satellite. That does not mean they become useless. They broacast an audio tone on a radio frequency all civil and military aircraft can tune to.
Many pilots fly with their second radio continually tuned to this frequency, and I have been on flights in a general aviation flight where we have picked up beacons and reported them to ATC. More often than not, it's a hard landing that trips the beacon and the aircraft is parked on the ramp.
Finally, when your aircraft does go missing, these beacons are deliberately tuned by authorities doing search and rescue work, such as the Civil Air Patrol. Aircraft listen for and locate the general location of the beacon, and ground personnel locate the beacon with good directional antennas.
The (relatively) recent Fossett crash is a prime example of this -- His aircraft was not equipped with a ELT beacon at all (in violation of law) and had he been ELT equipped, he would have been found within a day.
The big thing that changes here is that, with the sattelites no longer monitoring, ATC will not get an automatic alert when a beacon turns on. This tech is spotty at best, however, and of course, 90% of ELT activations are false alarms anyways.
The new 406 Mhz beacons include a GPS reciever and actively transmit their location, such that rescue units simply get a waypoint on their GPS where the transmitter is downed. They are a far better technology, but the existing system does work well.
Overall, more hype than needed.
First, it is important to remember, only satellite monitoring for 121.5 ELT is stopping. Ground and air based monitoring is still ongoing. Secondly, CAP (Civil Air Patrol; Axillary Air Force) does not have equipment to track 406. Keep in mind, CAP performs the bulk of the required search and rescue operations in the US. All 406s I'm aware of have a dual mode of 121.5/406. This means it's more likely you'll actually be located by rescue crews using 121.5.
The problem is, because of the FAA, there is no competition. This means purchase plus install for a really nice 406 unit can cost in excess of $5000 for a $200-$400 ELT. Now that lower priced units, and units which are compatible with existing installs are finally starting to come onto the market you'll start to see increase in the number of installations. Yet the bulk of these installs will likely occur either during an aircraft's annual or when the existing ELT's battery requires replacement. The combination of the two means installs should start to increase sometime over the next 24-months.
In the meantime, many have elected to go with much cheaper solutions. Personal Locater Beacons (PLBs) and SPOT are very popular with pilots because they can be had at a fraction of the cost despite their reduced sized and increased capabilities.
The big advantage of the 406 ELT is the specification allows for a data component. Specifically, it allows an aircraft's GPS to continuously update the ELT with its current location. In the event of an emergency, the ELT can be manually armed or be set off from excessive G's (impact). Once set off, the ELT immediately transmits the last known location received from the GPS. This allows for very high accuracy position reporting. Of course the problem is, pilots want this capability and most existing manufacturers are attempting to rape owners.
Right now, Artex's ME406 is about the only reasonably priced unit available and it hasn't been on the market all that long.
Lastly, let's not forget satellite monitoring of 121.5 is really pretty crappy. Your typical detection window requires three satellites to pass overhead, ignoring the fact it can technically be done in two. The detection capabilities of the existing satellites are pretty crappy. And if one of the Russian satellites are in the mix, you may even require four satellite passes overhead before anyone is dispatched. This means you're looking at anywhere from 10-36 hours before someone picks up the phone to get people looking for you - unless you filed an optional flight plan. In the end, loss of satellite detection for 121.5, while certainly not good, is not really a nightmare scenario.
In the end, the best thing to do is to simply let someone know when you're flying, where you're going, the route you're taking, and the time you expect to arrive. Ideally, this is someone at your destination. And should you not show or be heard from, teach them to call the FAA or an official briefing station. At that time, they can immediately dispatch a search effort. Meaning, for many pilots, this is actually a better plan than filing a flight plan with the FAA. Routes which are not direct or too complicated to convey to laymen should be filed via flight plan.
And for those interested, here is a comparison of existing, alternative tracking solutions.
...after reading to the end of the fa I linked to above, I see that time zones were really invented by this guy, but he didn't tell enough people about it.
Rule of Slashdot #0: You and people like you are not representative of the larger population. - A.C.
What is this? Making a big deal out not monitoring a frequency that would potentially save lives when grandma's TV could stop working in just a matter of days. Have you no sense of perspective? Saving lives or making sure the American public has an uninterrupted stream of Wheel of Fortune? Come on now, wake up and smell the stale beer.
That's our life, the big wheel of shit. - The Fat Man, Blue Tango Salvage
For those with a long commute your problems have been solved...
http://www.wired.com/cars/futuretransport/magazine/17-01/mf_icon_air?currentPage=1
GA might make a comeback if this and similar catch on.
1311393600 - Back to Black
A bit of an odd aside, but the first thing that struck me there was how much those GPS units cost. What makes them so different to normal consumer ones?
The FAA will not permit "consumer" gps units to be installed into any certified aircraft. Not even into a Piper Cub. Only FAA certified GPS units are legal to install in a regular small aircraft, plus the FAA will only permit a "Certificated Repair Station" type of avionics shop to install the units too. So what this means is that in order to stay legal with my 45 year old antique Piper Cherokee (which is still a perfectly airworthy, and viable IFR-equipped aircraft that gets flown a couple hundred hours a year all over the central and southern USA), if I want a Garmin 430 installed, I can pick up a used unit for about $6500 (new ones cost $8995.00), pay a certified avionics shop to bench test it and "re-certify" it for operation to make it an FAA-legal piece of used equipment, for about $250, and then pay them an additional $2500-3500 labor to install it into my airplane, and then they have to "certify" the actual installation itself.
When you consider that my airplane only has a market value of about $30K, investing a third of its market value just to install a certified GPS unit does not make any financial sense at all. Therefore I use a portable handheld GPS, which is just as accurate as the $10K unit, but I cannot legally use it as primary navigation on an IFR flight plan, because it's not "certified" (or even certifiable) by the FAA.
I am not installing a 406MHz ELT beacon in my plane yet either. They should only cost maybe $300 tops and be legal for any licensed A&P to install, but because of artificially imposed bureaucratic bullshit the avionics makers and installers are forced to go thru, these new ELT's instead cost thousands of dollars to purchase and have installed.
If you have $15000 to spend on a toy, you are a rich man.
Maybe considered a rich man by someone living in a 3rd world country, but not by US standards.
Billybob Bubba Jr., who lives down the street and works for the city parks department and digs holes for a living is not a rich man, yet he can manage to afford a $15K bass boat.
Tyrone Washington, who lives in the projects and collects a welfare check (paid for by us taxpayers) is not a rich man, yet he can afford to spend $15K per year on bling, new name-brand designer clothes, and 30" chrome spinning rims for his $40K used Escalade.
Biff Gaylord, who lives in a small townhome with his buddy, and works as a hairdresser is not a rich man, but can afford a $15K Honda motorcycle.
I misread that as 'February deadline for Emergency BACON Approaches'. My first thought was that it'd be useful in the event of a water landing my seat cushion could be used as a floatation device and is also filled with bacon.
Gonna pick some up on the way home from work now for tomorrow..
Or, you can go the homebuilt route. Costs vary between 15k for a real basic one, to 100k or more for a big one with all sorts of fancy interiors, glass panels, etc. Something like a Sonex will run $25k or so; an RV-7 or -8 maybe $40k over a few years, plus build time. You do have to put in the effort to build it. It's not particularly hard, you just have to be willing to put in the time and have the necessary attention to detail.
The biggest advantages of homebuilts are that you can get better performance (speed, maneuverability, and/or efficiency) from a given size/cost of airplane, and you can do your own maintenance/annual inspections. You can make your own parts in many cases, and you don't have to pay a mechanic's labor fee. After all, you built it, and therefore know that airplane better than anyone else.
Owning and flying an airplane of any kind might take a few sacrifices, but it's nothing terribly hard. It just means you keep driving your old car instead of buying a new one every three years, or you stick with your old TV instead of buying the newest big flat-panel one.
The meek may inherit the earth, but the strong shall take the stars.
You have a Delta?
How are its flying characteristics?
I've been fascinated by them for years but haven't ever seen one or gotten to talk to someone who actually had one.
If you don't mind:
Did you make it?
What engine?
What's *your* approach speed? (I know what the specs say but there are plenty of planes that fly like crap at the stated approach/Vso speeds so everyone flies them faster.)
Likewise, what's *your* range?
How many people do you think it can carry comfortably?
Nostalgia's not what it used to be.
Plenty of people spend A LOT more on second vacation homes, a boat, or even a sports car.
Those are all toys. The parent's point remains valid. (Mind you, I'll declassify the boat if it is your home (eg. Quincey).)
When our name is on the back of your car, we're behind you all the way!
The ELT was destroyed by the crash. Additionally, the ELT's antenna was broken off the top of the fuselage, coax cable that connected the ELT to the antenna was severed. Even if the ELT would've survived the crash, its effective range without an antenna connected, would've been less than a mile.
I'm not sure what's more shocking, the number of outdated beacons or that 25 page views per second crashed TwitPic.
Give a man a fish and you have fed him for today. Teach a man to fish, and he'll say "WHERE'S MY FISH, YOU IDIOT?"
Does that mean that TwitPic was crashdotted?
The SPOT messenger is advertised in many hunting and other outdoors magazines. I've thought about getting one for when I go out in areas where cell phone coverage is very unreliable or non-existent. It looks like a slick device. I wonder if there are any ways that it can be expanded. A problem that I can see with it is that requires that the user be able to push a button, so it would be useless if they were knocked unconscious. It would be nice to be able to interface it with some sort of biometric monitor that would trigger the SPOT if the person had a medical emergency.
the good ground has been paved over by suicidal maniacs
Many private pilots are upset about this requirements for new equipment on their aircraft. I can understand their side of the issue. In many cases their existing equipment has been working fine for many years and now has to be replaced. In addition many equipment manufacturers take advantage of this to price gouge a bit. Plus there is something that is not addressed by many here - install. Aircraft are regulated much more than automobiles. To simply install a part can have a lot of requirements. For an ELT to be replaced it must be done by a Certificated Mechanic with at least an Airframe rating or an authorized repairman working under his/her shops certificate. The ELT can't be some j-random unit, it must be one that is certified for use on that specific model and type of aircraft (like saying that this part is only for Ford F-150s made in 1980 - 82 with the serial number range of such and such) there is a host of paperwork and testing to be carried out to get one certified if it is not already. Assuming that this is a drop in replacement of a unit with identical form factor and weight and power draw etc... there will be STC paper work, weight and balance etc applied. It is not as simple to get a plane with the new ELTs to be legal. Even with the requirement, the actual install is faster and easier then the rest of the regulatory stuff. This all translates to a hidden cost that is added to the purchase price. The customer can end up with a huge bill after buying a $200-$300 part. Not fun.
The flip side is this. Yes, the old 121.5 ELTs work. Yes, the new ones can also broadcast in 121.5 too. My job and the FAA's job is not to fix planes. Our job is our customer's safety. That is the whole point to this and many other things we do. The bottom line is the 406 ELTs will help Search and Rescue assets quickly and accurately respond to aviation emergencies. Even with a good fix on a 121 ELT the search area yeilded can still be as large as 100 square miles. 406's can reduce that same search area to 1 square mile. This will save lives. So, while I can feel empathy for my customers that do not want to get this new ELT and can in some cases ill afford it, I want them to be safe too. BTW- The money thing does not impact me as I do not profit from the install directly - I'm on an hourly rate. I would suggest to aircraft owners that they contact their local Avionics shops. Look to the smaller ones as they can usually take time to work with a customer as an individual rather than as a overall policy. Talk with several and make sure that they answer all of your questions. Get several quotes first. Then schedule your appointment. At this point in the game I would say that if you are an infrequent flier consider storing your plane for a while and wait the higher prices out. If you truly need your aircraft to be functional after the drop dead date get cracking as slots in your local shops will fill rapidly once the deadline is close.
Either way, stay safe.
Maric
If you are out in the wilderness a lot or driving lonely stretches of road without cellular signals you can also get a hand-held beacon that can be handy.
I have this one: http://acrelectronics.com/product2.aspx?sku=2898
Here in Arizona (as I'm sure many other places with extensive wilderness) people get lost and in distress a lot. With no cell phone service and no one knowing of their plans (so that they can be reported as "missing" by someone) their first instinct is to set a "signal fire." In somewhere as dry as Arizona that's a very bad idea. A couple years ago someone set a signal fire that ended up destroying 250,000 acres. I realize that when someone's lost they panic but if people just used a little forethought when they go out to the wilderness (like taking a PLB) then things would turn out better for everyone.
$40 vouchers vs: $1200(?) voucher. It is of utmost importance that the voters be kept abreast of new products and other vital issues.
The cost of that cleanup, of course, will be borne by taxpayers, not industry.
These beacons are also fitted to all boats as well, the entire COSPAS-SARSAT system is global, not just limited to america!
The digital beacons can also provide GPS data (if available), or the search area can narrowed using doppler measurements from non-geostationary satellites.
These beacons still broadcast on the 121.5/243 MHz to help localised searches.
If you are whinging about $500 worth of emergency equipment, then you put a low value on your life and the life off your passengers
How many people with analog-only TVs are out there? How many ELTs that need to be replaced out there. Even though the new ELTs are more expensive, there are far fewer of those that need to be replaced than the DTV converter boxes that are needed.
Welcome to the future. Do you remember what you ate for breakfast three weeks ago Monday? We do.
There's really only a single outfit (Jeppsen) compiling and keeping all of that "airplane-specific data": airport location/status, runway orientation and -more important- _length_, facilities (haz ILS? fuel? FSS/mechanic?), RADIO COMM FREQUENCIES (a biggie), etc, etc. It's historically been common to see pilots dragging around huge briefcases full of this database (updated about every 60-90(?) days via a binder of replacement pages mailed to subscribers), but this has all probably been supplanted by electronic data in laptops (yes, M$ _only_ *shudder*) and Internet download of updates.
My point is that Jeppsen is a single outfit without competition. They keep the airport database, and license it to all comers. Garmin ( Magellen, Trimble, other avionics GPS mfgrs) license it and package it for download to their gear. For this the customer pays ongoing subscription fees. Without current (90-day?) data, the FAA will NOT let you do IFR navigation or landing approaches.
While they try to make it affordable to all, Jeppsen has to keep a lot of data, their audience is relatively small (compared to, say, Street Atlas), AND they must answer to the FAA (can you say "buearacracy**2"?) for its accuracy.
Exceeding the recommended torque is not recommended.