And when the tablet is shot out in battle, how do you call for help?
Sometimes there's a good reason to have someone with a bit of knowledge on the bridge, especially in the military.
For over a hundred years, navies around the world have messaged each other at the speed of light – signal lamp light. Communicating using Morse code and lamps has been outpaced by modern radio and satellite transmissions, although every US Navy ship still carries one of these lights. The problem, however, is that no one is …
Sometimes there's a good reason to have someone with a bit of knowledge on the bridge, especially in the military.
Exactly. Having one morse-fluent bridge officer per watch doesn't sound excessive while still saving money by not training everybody. In any case, what about the ship's radio operators, assuming they still carry them: do they still learn morse as part of their usual training?
Where's El Reg's Naval Correspondent when you need him?
"[...] do they still learn morse as part of their usual training?"
Recently I was given a guided tour of our local Sea Cadets hut. At one end of the assembly hall was a raised symbolic bridge construct with port and starboard light fittings - from where the senior officers gave their announcements etc.
Finally I was shown their pride and joy - the engineering and communications room. Its centrepiece was a cut-away car petrol engine that could be cranked slowly to show the various moving parts.
Where was the comms gear? The morse code key? Ah - they didn't do that any more. However they did still teach semaphore flags - which were essential for some traditional ceremony or competition.
"Where's El Reg's Naval Correspondent when you need him?"
Can I fill in? I was a USN shipboard Communications officer for a few years back in the 90s.
Bridge officers (aka surface line officers) typically do not know Morse at all, or can fumble out an SOS. Even I was an oddity in being able to read signal flag hoists, to the chagrin of the senior enlisted signalmen. The only ones that know Morse fluently are the signalmen themselves and the occasional old-school radiomen.
On the whole, this sounds a bit like post-WW2 when radio traffic went from morse to voice and "high-speed" data - you still needed the enlisted folk as operators, even if they weren't tapping a telegraph key directly, and now the officers will be telling the signalmen what to type into the tablet and aim and click Send instead of copying down on paper them grabbing the signal lamp and start flipping. And those signalmen will continue to learn Morse as a backup for tablet failure until the service gets accustomed to the newfangled technology a few decades hence.
"And when the tablet is shot out in battle, how do you call for help?"
Well, there are the maritime signal flags and the semaphore flags. Wuthering Heights and all that...
BTW, if the engine fails are the seamen equipped with oars? There's only so many reasonal backup systems. How often these ships need to rely on signal lamps?
"Sometimes there's a good reason to have someone with a bit of knowledge on the bridge, especially in the military."
Even a dummy like me with no interest in learning the Morse codes knows the SOS code.
If the boat is small enough, yes. If oars can't move it, they are quite useless, I'd say. Anyway, I guess the engines and other mechanical system (i.e. the helm) still have a lot of manual overrides if the automatic control systems get damaged - a ship dead in the water is a dead ship...
I passed a morse test for Amateur Radio in the 80s, it was easy enough - only 12wpm.
I still hear morse occasionally because there are enthusiasts keeping it going, it has a longer QRP reach than voice. Repeater ID themselves with morse and so do aviation NDBs.
Receiving morse and getting the letters down is not a problem, the difficulty is understanding the message as it will likely be all abbreviations and codes.
"I still hear morse occasionally [...]"
IIRC the Morse test was finally removed from the UK amateur "A" licence requirements when it was no longer used by the government agencies to warn people off in an HF band.
One of the incidental uses of Morse code - apart from the belated Beethoven's 5th Symphony attribution - was in the theme to the TV detective series about Inspector Morse. Can't help reading the letters when I hear it.
"One of the incidental uses of Morse code - apart from the belated Beethoven's 5th Symphony attribution - was in the theme to the TV detective series about Inspector Morse"
Also the theme to Some Mother's Do 'Ave 'Em, in which the piccolo part sounds out the name of the show in Morse.
..Inspector Morse. Can't help reading the letters when I hear it.
How do you get on with "Some mothers do have 'em"?
at the beginning of OHMSS by Propellerheads (reworking of the classic Bond theme), the letters are played out.
Personal favourite though was in the expansion pack for Red Alert, there was a piece of paper with Morse code instructions on how to access some hidden missions against giant ants.
If oars can't move it, they are quite useless, I'd say.
That's why sailing ships used to be equipped with sweeps. Or they'd send out all the ship's boats and the poor sailors would have the backbreaking job of towing their ship out of trouble.
I wonder if a couple of RIBs could do that with a Type 23?
True, ... --- ...
But do you know the Morse for "Do not approach. We have drifted into a mine field"
TBH, I'd say one of the positives about teaching people Morse and to use the sextant would be showing them then when the tech fails they can still survive and function. More and more, and speaking as someone born at the junction between millennial and Generation X, people are becoming completely dependent on technology for everything... the Google effect. Take a smartphone away from a teenager these (ok and maybe me as well) and they go into immediate withdrawal. For that person knowing they can still update the local twitter equivalent via the signal light might just keep them sane.
"@USSYOU Power down LOL (Crying face) <STOP>, Send help <STOP>, Mind the Mines <stop> HASHTAG NAVYRULES"
...there are people serving in the artillery...
One of whom would be my son. Not too many years ago (call it the 'oughties'), when he was in Artillery Officers' school, he was first taught how to calculate the aiming of his artillery pieces using tables and a slide rule. After he passed that test, he was introduced to the computer method. He understood the reasoning behind this very clearly. Computers have a lot of little parts that all have to be undamaged and correctly functioning. Slide rules have three (the two engraved bits and the slidey cursor) and tables just need to be present and readable.
When everything goes to sh*t, you want to be able to fall back to something more reliable than a fondleslab for communication. I don't think they'll be taking those blinker lamps off the ships too soon. Though my coworker, who's an enlisted radioman in the Marine reserves, says they did not teach him Morse, but still issue semiautomatic keys to radiomen. The brilliance of the military.
// the one with the Amateur Extra license (20wpm) in the pocket
indeed, my kid at college was slightly flummoxed this year when they asked him to write a program in C, and just gave a blank sheet of A4. Upon checking, computers/compliers weren't (initially) allowed - just a pencil and a piece of paper. . . it does show if you've been paying attention
I do personally prefer digimodes/WSPR etc now to my very patchy morse (G8 = 1wpm), just invested in 16-bit DDC/DUC hardware made in EU, and even digital radio mondiale is being decoded
Might the Admiralty need to have a general session and watch Tomorrow Never Dies ?
Or should we just ask them what they will do in case of an EMP ? Supposing they know what that is, of course. And supposing that those signal lights are without electronics, so as to be impervious to . . . ah, but motorized signal lights operated by tablets.
Ok, forget it.
And how good is that GoPro at reading a lamp in storm conditions? How many degrees of roll can it cope with, to keep the lamp in its field of view? At least sailors have the advantage of being self-stabilising (except when they've been on the rum, of course).
> And how good is that GoPro at reading a lamp in storm conditions?
They're weirdly luddite these kind of comments, it's not hard to imagine a computer and camera being better at this than a person these days.
It's just the sort of thing a machine is good at.
Your radio ops should also know Morse, so you should have a few people around to help. It's pretty much a required skill for Radio ops in the military, don't you know?
After all, how else do they send out instructions on how to down those pesky Alien spaceships that hover over our major cities, with their invincible shields, unless you sneak on with a pesky computer virus? :p
You know that fire piston / paracord bracelet / keychain hex spanner kit / nuclear warhead concealed as a handy inconspicuous credit card that you keep carrying in your "survival kit" to be "prepared" for the $INSERT_CAUSE Apocalypse...? One, chances are overwhelmingly you'll never get a chance to need to use it and two, if you ever do, you'll be in so much of so much more life-threatening trouble it will never matter whether you had it or not. Exactly the same applies. Yes, yes it does.
It's more about the mundane uses of a pocket tool for me.
Yes I could use my Leatherman to cut the seatbelt in a car wreck, but it's far more likely to be used for slicing a parcel open, cutting up fruit, cutting the top off an instant coffee packet with no perforations, chopping an errant branch off a bush that's about to take a layer of paint off the car. All things I've done with my Leatherman.
All this brings to mind something I was told (and could be an urban legend).
At one point the navy insisted that the on-deck electronic fire control system for some weapon or other be able to withstand the heat flash of a nearby nuclear detonation. The manufacturer questioned that requirement as the heat flash would kill the operator. The reply was that they could always send up another seaman from below decks.
So EMP hardening isn't necessary as long as they have sufficient spare iMorseControllers below decks.
However, it can be superior to other methods because it limits electronic emissions and can be used in an emergency systems crash or after an electromagnetic pulse event.
So what happens when the EMP takes out the fondleslab? A working hand/arm combination and Mk 1 eyeball coordinated with a human brain can still get something to work even after that.
" or after an electromagnetic pulse event" leaves the mechanical monster with the ability to flash; but no power.
Perhaps the USN should invest in some hand generators for the device. All they need then is a hardened set of tablets. Sort of like Very Integrated 'And Generator Running it's Apps
"All ratings should be trained in semaphore"
semaphore - we used to call those guys "skivvy wavers"
I'd say all DECK ratings could learn the basics, and they still use flags to communicate on occasion. but yeah, it's not going to help someone in the engine room or a radar operator or a gunner or missile operator.
That and all officers qualifying Officer of the Deck should know basic semaphore and morse. Just because. And how to use a sextant. If they don't know already.
How much carbide do the ships carry for the acetylene lamps? Id imagine if the ship has been subjected to a sufficient blast for an EMP to take out the electronics the lightbulb will be quite dickered and electricity may not be available.
Im not even going to look as is sounds like the sort of stupid thing someone would have made but id be stunned if you cant find a mobile app on google play that does the same thing with the camera on the phone and the led flash to let you send pointless messages at night over distances you could just shout, just add some local bluetooth/wifi sync so one phone acts as master and the rest slaves and have all the sailors line up on deck pointing their phones at the other ship and marvel at them all flickering in sync.
If this doesnt exist im relying on you good reg readers to make it a thing, the world needs a mobile phone based clacks terminal.
How much carbide do the ships carry for the acetylene lamps? Id imagine if the ship has been subjected to a sufficient blast for an EMP to take out the electronics the lightbulb will be quite dickered and electricity may not be available.
I have an older style "emergency torch". It no longer has any storage capacity (though I expect a couple of minutes with a screwdriver and a fresh set of AA rechargeables will fix that!) but it still functions as an emergency light. So long as I keep working the winder, the small spinning coil next to the small magnet acts as a generator, and basic wire carries that power to an ancient incandescent bulb that only requires electricity to work. That Edison could make such a bulb with the technology available at the time shows it is relatively easy to do.
A small hand-cranked generator, a small 12v lead acid battery as Eltonga mentions, and you're done. So long as the shutters on the lamps still move (they used louvres rather than turning the light on/off), you have an EMP-proof system that can let you communicate over more than shouting distances reliably. So long as the person at the other end can understand the flashes!
.-- .... . .-. . / .. - / -. --- - / ..-. --- .-. / - .... . / -- --- .-. ... . / -.-. --- -.. . / - .-. .- -. ... .-.. .- - --- .-. / .. / .-- --- ..- .-.. -.. -. .----. - / ..- -. -.. . .-. ... - .- -. -.. / .- -. -.-- / --- ..-. / - .... .. ... / ... .... .. - .-.-.-
o_0
"Odds are that the lamp and the person who knows morse code don't survive whatever kills a ruggedized tablet computer."
Back in the day (circa 1975/76) a colleague of mine needed to learn Morse Code for his Radio Amateur Exam. Another colleague wrote a simple programme to use the beep sound on a Dec VT52 or VT05 terminal to play text for him to practice listening and understanding the message.
Worked pretty well and he passed his exam.
An EMP pulse isn't magic. It will be unpredictable, but probably won't kill most small electronics. Especially small devices inside a big tin can that aren't attached to anything (e.g. a charger) when it happens.
It's hard to foresee the communications speed needed after such an event, but I doubt that there is much of a difference between the 4-5 WPM possible by manual transcription and double that with an experienced operator (I'm don't expect a signal light will support 20WPM.. not that anyone will be sending a lengthy missive.)
That would make sense, not only for EMPs, but also for Carrington events. With our present level of readiness a Carrington even would kill as many people as a total(ish) nuclear war, although with several measures similar to this one we could minimize the casualties a lot.
Alas, I'm afraid our level of preparedness in the future will remain mostly as it's now, this is, NULL. Or it will get even worse, like will all those plans by governments to exclusively use plastic money, so on top of the loss of comms and energy and most transport, we also lose the currency. Sigh...
It's a good question, why not go to some kind of infra-red laser system or something else that would support higher bandwidth. I suspect the reason is that while bolting a servo motor and an off-the-shelf tablet to an existing signal lamp can be done quite cheaply, commissioning a new communication system would inevitably become a billion-dollar boondoggle, out of all proportion to its utility.
The wife & I use it for short messages when we don't want to be "overheard". If we're in contact physically, nobody knows we're talking ... and even across a crowded room it's easy to get a message across without notice. Granted, it's usually along the lines of:
--. . - -- . - .... . .... . .-.. .-.. --- ..- - --- ..-. .... . .-. .
Archaic maybe, but it works without embarrassing anybody.
Reminds me of a construction article in one of the amateur radio magazines in the mid 1960s. A small box with ferrite core memory for generating Morse code from alphanumeric keys. Not sure if it could also receive. It was a wondrous thing like something from science fiction. Up to then spring-loaded "speed bugs" were the fastest mechanical aids.
G3DML used to tell the story of his wartime training in morse code reception. He was failing to reach the required highest speed standard. So his boss sat him down for an intensive training session. He put a packet of 20 cigarettes on the table - and said they would only stop the session when John had smoked them all. He passed the test - although by the time of telling the story he had long graduated to cigars.
Vulture: .... .- --..-- / .-- .... .- - / .- / -.-. .-. --- -.-. -.- / --- ..-. / ... .... .. - . / - .... .- - / - .... . -.-- / .- .-. . / --. . - - .. -. --. / .-. .. -.. / --- ..-. / -- --- .-. ... . .-.-.- / .. / .-. . -.-. .- .-.. .-.. / .- -. / .- -. . -.-. -.. --- - . / .- -... --- ..- - / -- --- .-. ... . / -... . .. -. --. / -.-. .-. .. - .. -.-. .- .-.. / --- -. / - .... . / -... . .- -.-. .... / .-.. .- -. -.. .. -. --. / .- - / -. --- .-. -- .- -. -.. -.-- / -....- / .-. .- -.. .. --- ... / ... .... --- - / --- ..- - / .- -. -.. / .-- . - --..-- / --- -. .-.. -.-- / .... .- -.. / .- / ... .. --. -. .- .-.. / .-.. .. --. .... - / - --- / .-. .- -.. .. --- / .- .-. - .. .-.. .-.. . .-. -.-- / -.-. --- .-. .-. . -.-. - .. --- -. ... / -.--.- .- ..-. - . .-. / --- -. . / -... .- -.. / ... .... --- - / .-- .. .--. . -.. / --- ..- - / - .... . / -.-. --- -- -- .- -. -.. / ... - .- ..-. ..-. -.--.- .-.-.- / -. .. -.-. . / - .... .. -. --. / .- -... --- ..- - / -- --- .-. ... . / .. ... / - .... .- - / -.-- --- ..- / --- -. .-.. -.-- / -. . . -.. / .- / ... --- -- . - .... .. -. --. / ... .... .. -. -.-- / --- .-. / .-. . ..-. .-.. . -.-. - .. ...- . / - --- / ... . -. -.. / .. - .-.-.- .-.-.- .-.-.- / .- -. -.. / .- / -... .-. .- .. -. / - --- / .--. .-. --- -.-. . ... ... / .. - .-.-.- / - --- --- / . -..- .--. . -. ... .. ...- . / - --- / - .-. .- .. -. / -- -.-- / .- ... ... / -....- / .. ..-. / - .... . -.-- / -.-. .- -. .----. - / - .-. .- .. -. / .--. . --- .--. .-.. . / - --- / .-.. . .- .-. -. / .- / -.. .. ..-. ..-. . .-. . -. - / .-- .- -.-- / --- ..-. / - -.-- .--. .. -. --. / - .... . / .-.. . - - . .-. ... / - .... . -.-- / .- .-.. .-. . .- -.. -.-- / ..- ... . / .-- . / .- .-. . / ..-. ..- -.-. -.- . -.. .-.-.-
The WWII signalman who taught my father morse code decided he would join a typing contest run by the towns office supply place. The first prize was one of the brand new daisy wheel typewriters. The guy brought his manual typewriter and managed to out type all the local secretaries and then tried the new electronic typewriter and it couldn't keep up with him. He would routinely communicate for hours at time in the 100+ WPM bands and he could do bursts to the limits of the equipment.
What's your point, Flocke?
A sliderule's more accurate than guestimating for fencing, fertilizer, seed, roofing, paint, roadbase, DG, working loads on beams and the like ... and I keep a circular slide rule in each of the aircraft and larger boats. Just to really make you think, I also use an abacus nearly daily. It's in the feed barn. I use it to calculate livestock feed & supplement needs. Electric calculators tend to die in a matter of weeks in that kind of environment.
Horses for courses and all that ...
Had some visiting youngsters tell me a few days back that in schools where cellphones are banned, kids set them to ring at a high frequency, such that they can hear them but annoying older people can't. I could imagine kids communicating with Morse code pitched high enough to get past teachers.
Is that it is universal. So when your ship can't communicate with the ship next door because you have different versions of super-secret-secure-system, or they are a different navy - you can use morse.
Except they can't read your 200wpm computer morse and your system can't cope with manual traffic
Modern naval warfare is a high tech business. If the ship has lost all the more advanced tech than a flashing lamp and mk1 human eyeball, pretty much the most useful thing it's going to be able to do is return to port for repairs. Beyond ... --- ... I'm not really sure what useful role in a naval warfare environment this bit of legacy kit will offer.
If they had stuck to the Collision Regs as taught in college they wouldn't have needed to signal...
We were always taught to use the rules and never try to communicate with another ship when it came to making decisions on avoiding collisions as comms could be misconstrued.
Just use the rules Luke.
If you're gonna do this, why not opt for LEDs? Better still, a laser, to make the beam difficult to see off-angle, e.g. from a nearby periscope?
And if your adversary hacks into your tablet, what messages will really be sent?
I have this nasty scenario in mind, like BSG's miniseries - western ships entering combat against Chinese or Russians, and Windows for Warships goes BSOD ...
Many years ago (1979) I was doing O-Level seamanship with a view to joining the Merchant Navy.
Just before the exam there was an incident where a ship was in trouble with no power.
Semaphore was brought back onto the curriculum as a means of communicating without electricity.
Luckily never needed it in the four years I worked for BP but it seemed an eminently sensible decision.
Morse doesn't take that long to learn and they could teach it on board to save time/money.
Sextants & celestial nav are a tad more tricky and do take longer. With a sextant I could find my position anywhere on the planet within half a mile or so (fine in the middle of the oggin, and you have land & bearings for anything closer to shore). Never did really understand figures on the plane of the rational horizon and haversine proofs though, but my nav was accurate :-)
I have long thought that abandoning some of these systems is not always a great idea. GPS is clearly a good system to target to incapacitate your opposition so having some backup would be sensible.
Mines the bag with the Nories tables and a Nautical Almanac
Is the light still flashing in Morse code? (It wasn't clear to me from the article.)
The reason I ask is that if you're going to have electronics on both ends, then why not use them to do something useful, like encode the data with a protocol that includes error correction?
I joined the Royal Signals in 1997, they'd stopped teaching morse but there were a number who knew it. The distance that morse could travel when voice couldn't was impressive.
I also had a trip on HMS Illustrious. Officers there could read some morse as they didn't have to wait for the signallers to translate it for them. Orders were passed to ships during a RAS via lamp, these were course corrections so needed to be relayed quickly, I don't know if doing this via a tablet would have been achievable.
It was pointed out that smaller ships only had HF sets, they didn't have satellite communications. If the reception was poor then data/voice wouldn't get through but morse generally would. I doubt the Royal Navy will be stopping using it soon.
The trouble with having someone who knows Morse code is that learning a skill isn't enough, you have to actually use it otherwise you'll lose it. That's even more the case for something like this as an emergency backup, since it really needs to be second nature to be useful in that kind of situation. And that means constant practice of probably hours per week just for something that will probably never be used, taking time away from work and training that is much more useful.
In addition, humans are rather squishy. It's all very well to complain about unlikely events like EMP, but in the real world systems like this are far more likely to be used for boring reasons like a broken radio set. A rugged tablet stored in a secure locker is far less likely to be damaged by shooting, explosions and collisions than a human. And, indeed, as long as the locker is metal it won't be affected by an EMP either. A tablet controlled system could well be more robust and reliable than one that relies on a couple of squishy, out of practice meatbags.
And that means constant practice of probably hours per week
Only if you want to stay in the uber-proficient class...
I've not used my Morse for over 30 years. It's nowhere near as good as it was back then - but I can still get by. And that's with *almost* no practice in the intervening years...
Vic.
"Only if you want to stay in the uber-proficient class..."
Such as someone taking responsibility for communications during an emergency situation, quite possibly international communications during wartime? That's exactly the point; if the navy wants to use trained meatbags as their emergency backup communications system, they need to actually do it properly and take the time and effort to make sure they will be capable of functioning competently when needed. Being able to just about get by in unimportant civilian situations is not at all the same as being a critical part of an emergency response plan. Not having your communications specialists fluent and up-to-date in their language would be as insane as having your medics with no more qualifications than a 30-year-old first aid certificate.
"Only if you want to stay in the uber-proficient class..."Such as someone taking responsibility for communications during an emergency situation, quite possibly international communications during wartime?
Voice and data coms are down. You need to communicate.
Do you 1) Have someone who can do a fair bit of morse at a fair rate, even if only 5wpm or 2) have nothing?
May not be the greatest or the most reliable. Hang on a minute, if it's all you have then by definition it is the most reliable, unfortunately.
"Voice and data coms are down. You need to communicate.
Do you 1) Have someone who can do a fair bit of morse at a fair rate, even if only 5wpm or 2) have nothing?"
Obviously neither. Instead, you go with 3) Use exactly the kind of system this article is about, which is significantly better than both 1) and 2).
A while back I did a patent search for any patents of my grandfather and found a pair of them from the late 20's when he worked for the Western Union Telegraph Company. One was a device with a keyboard that used a rotating cylinder with a slot cut in it, a light, and a photo detector to turn typed letters into Morse, then there was the companion device which converted Morse into text.
This is pretty much a 21st century version of the same thing... and I sure wish I could tell him about it. (never mind how I found out about his patent, that would really blow his mind!.
"no one is very good at using Morse code these days, so the US Navy has turned to a technological fix."
That's because some time back, the US military dropped the requirement for operators to be trained in Morse code. What happens when someone blows holes in your tablet and no one know how to sends a signal the old fashioned way.
If you can read this then a US Navy fondleslab just put you out of a job young people today, eh?
Morse code will get through. Easy to send, easy to receive. How fast is a matter of practice, etc...
Yup. Turning on/off the signal (even if the mic is stuffed), a torch, build a fire on the deck and wave a blanket in front of it.. I've always maintained it should remain, even though it is so very rarely used these days.
Last time I used it was some 30 years ago, on a farm - me with the farm bike's headlight and the boss with the shed lights across a distance of a couple of miles at dusk. Afraid I only recall a couple of letters these days.