Point of correction: Contrary to what is stated at the 5:58 mark, the Titanic's water-tight doors functioned exactly as designed. The problem was that the water-tight bulkheads they were set in didn't reach high enough into the hull. (In hindsight, a rather glaring design flaw on the part of Thomas Andrews, but not the fault of the doors themselves.)
Lol. You didn't get that. Those are fin stabilizers, which minimise the effect of the wind and waves on the vessel, so as to keep it stable...Thereby making sure the passengers onboard evjoy their vacation with minimal rolling of the ship.
Precious Ogar No. You didn't get that. Read my comment again. The guy says that they "will STOP you from having a very GOOD vacation". He probably meant to say "bad" instead of "good". Sure, he's nervous, I forgive him for this minor mistake lol
When I was a merchant marine a long time ago, all we had was a gyroscopic compass, a magnetic compass, a weather radar and the steering was either hydraulic on diesel powered vessels or steam operated on steam powered vessels. The engine commands were sent by a "telegraph" mechanism on the bridge which was connected to the "telegraph" repeater in the engine room mechanically with cable or chain. The navigation was done in the chart room by hand and calculations and sextants were often used. That was all. Today, even a 3 year old girl can command a huge ship or fly an aircraft because it is like electronic game that kids love to play. The ship and the aircraft can figure out where they are going by themselves. All that one has to do is program the departure location and the destination location into the FMS computer for aircraft and navigation management system on ship and the computers do the rest.
@@johnw2026 The answer is simple, you can look it up and get all the details but a simple explanation is that the magnetic compass points to the north magnetic field of the earth which is actually the south pole because it's the negative side of a magnet. But the magnetic north pole constantly shifts (it moves every year) and we need an instrument to continuously point to the true north (where all the longitude lines converge to one point) so a gyroscopic mechanism that spins by the power of an electric motor, finds that point and use it to indicate the position of a ship or aircraft from that point. The difference between a magnetic and a gyrocompass is about 11 degrees, for example if the magnetic compass indicates 079 degrees, the gyro will indicate 090 degrees or 500 km in distance (310.6 miles)
David Macmahon I am currently going to school to become a deck officer, and we learned just recently how to use the sextant, our teacher, whom used to be a navigation officer in the navy, told us that the navy use the sextant often to sharpen their skills so that no matter what happens, they can still operate at 100% of their capacity. , but in commercial use the sextant is used less than before due to more advanced and reliable equipment. But everyone should know how to use it properly. Hope that gave you a little insight in current navigation education. Hope my english isn't too bad, greetings from Norway!
Yes, we learn and train to use a sextant. And we use it quite often now for training purposes with coastnavigation. After that I dont think we will use it anymore. We learn to use different methods and tools to navigate and to check other systems.
Why would you use a sextant nowadays? That relic instrument is obsolete. Technology on modern bridge is far more superior than 20 years ago. This kind of mindset needs to be thrown away, its slowing down the progression of the maritime industry. You don’t see an airline pilot using a sextant too right? They rely solely on their instruments.
When I was a merchant marine a long time ago, all we had was a gyroscopic compass, a magnetic compass, a weather radar and the steering was either hydraulic on diesel powered vessels or steam operated on steam powered vessels. The engine commands were sent by a "telegraph" mechanism on the bridge which was connected to the "telegraph" repeater in the engine room mechanically with cable or chain. The navigation was done in the chart room by hand and calculations and sextants were often used. That was all. Today, even a 3 year old girl can command a huge ship or fly an aircraft because it is like electronic game that kids love to play. The ship and the aircraft can figure out where they are going by themselves. All that one has to do is program the departure location and the destination location into the FMS computer for aircraft and navigation management system on ship and the computers do the rest.
"Unlike Titanic, our water tight door is fully functional" lmao
Point of correction: Contrary to what is stated at the 5:58 mark, the Titanic's water-tight doors functioned exactly as designed. The problem was that the water-tight bulkheads they were set in didn't reach high enough into the hull. (In hindsight, a rather glaring design flaw on the part of Thomas Andrews, but not the fault of the doors themselves.)
That’s what he meant.. the bulkheads on modern ships are fully sealed when the doors are shut.
4:10 "The fin stabilisers!... will stop you from having a very good vacation on board." Damn you fin stabilisers!
Lol. You didn't get that. Those are fin stabilizers, which minimise the effect of the wind and waves on the vessel, so as to keep it stable...Thereby making sure the passengers onboard evjoy their vacation with minimal rolling of the ship.
Precious Ogar No. You didn't get that. Read my comment again. The guy says that they "will STOP you from having a very GOOD vacation". He probably meant to say "bad" instead of "good". Sure, he's nervous, I forgive him for this minor mistake lol
***** Hahaha, I actually didn't notice his error there. Now I realize you were just being sarcastic. I like your sense of humor, Sir.
Precious Ogar Now that is definitely sarcasm. My original comment wasn't even that funny ^^
jammydodgerman hey give him a break he just got outta the frat house
So, you only have to br 17yrs old to be a First Officer. lol
Actually, he definitely knows his ship.
Enchantment of the Seas is a beautiful cruise ship, and it navigates very nice 😊. Very interesting bridge tour!
If there's a zombie apocalypse, I'm driving a Cruse ship
When I was a merchant marine a long time ago, all we had was a
gyroscopic compass, a magnetic compass, a weather radar and the steering
was either hydraulic on diesel powered vessels or steam operated on
steam powered vessels. The engine commands were sent by a "telegraph"
mechanism on the bridge which was connected to the "telegraph" repeater
in the engine room mechanically with cable or chain. The navigation was
done in the chart room by hand and calculations and sextants were often
used. That was all. Today, even a 3 year old girl can command a huge
ship or fly an aircraft because it is like electronic game that kids
love to play. The ship and the aircraft can figure out where they are
going by themselves. All that one has to do is program the departure
location and the destination location into the FMS computer for aircraft
and navigation management system on ship and the computers do the rest.
...they call it "evolving"!
@@sarge6870 Bravo!
@@blueherc educate me on something please:
What is the difference between the magnetic and gyroscopic compasses?
@@johnw2026 The answer is simple, you can look it up and get all the details but a simple explanation is that the magnetic compass points to the north magnetic field of the earth which is actually the south pole because it's the negative side of a magnet. But the magnetic north pole constantly shifts (it moves every year) and we need an instrument to continuously point to the true north (where all the longitude lines converge to one point) so a gyroscopic mechanism that spins by the power of an electric motor, finds that point and use it to indicate the position of a ship or aircraft from that point. The difference between a magnetic and a gyrocompass is about 11 degrees, for example if the magnetic compass indicates 079 degrees, the gyro will indicate 090 degrees or 500 km in distance (310.6 miles)
@@blueherc o cool! Thanks! You learn something new every day... 🙂
Nice Officer.
That is basically a plane on the water, very cool
Ahjdeen no
A cruise ship maxes out at 20 mph. A passenger jet travels 500 mph.
I think he meant the control room and radars are similar.
@@sullyFL u butthead
Enchanment of The Seas was my first ship
I use to work on the enchantment of the seas when it docked at the port. of Miami.The provision shell door
Great vid thanks for sharing
that first officer look like eric harris 😂😂
Fuck yeah its fucking true
So where did you end up bro such nice video?
Love it!
Very good
How do you get into working on the bridge of a cruise ship?
0:36 captain, captain staff, first officer ?
Captain !! Can't keep her together she is breaking apart in my Scottie voice
Captain I can't keep her together she is breaking apart in my Scottie voice
2:34 Is that not referred to as a VMS with AIS Input?
Is it difficult in terms of Mathematics and Physics of Sciences to study as a sailor?
Happy to see this channel
And Auto Subscribed 697
Only 2 guys man the bridge only the ship is all sea I always thought there were 2 navigation officers on duty
I wonder if any of the navigating officers know how to use a sextant nowadays?
David Macmahon I am currently going to school to become a deck officer, and we learned just recently how to use the sextant, our teacher, whom used to be a navigation officer in the navy, told us that the navy use the sextant often to sharpen their skills so that no matter what happens, they can still operate at 100% of their capacity. , but in commercial use the sextant is used less than before due to more advanced and reliable equipment. But everyone should know how to use it properly.
Hope that gave you a little insight in current navigation education. Hope my english isn't too bad, greetings from Norway!
David Macmahon pp
Yes, we learn and train to use a sextant. And we use it quite often now for training purposes with coastnavigation. After that I dont think we will use it anymore. We learn to use different methods and tools to navigate and to check other systems.
Wimlex Willie Where would I go to start a career in this? I would love to be a deck officer and work my way up the ranks.
Why would you use a sextant nowadays? That relic instrument is obsolete. Technology on modern bridge is far more superior than 20 years ago. This kind of mindset needs to be thrown away, its slowing down the progression of the maritime industry. You don’t see an airline pilot using a sextant too right? They rely solely on their instruments.
Does it have a trolling motor? Or how about some oars?
Is there any scope for indian cdc holder deck cadet in cruise ships pls reply..
I Love marine
6:19 Does anyone know what that red warning message is for?
It says that main engine should NOT "RPM" -> revolution per minute between 25-35
How much do you get paid?
whos that first guy who spoke?
being interested..
my stage
Why people with myopia can't be captains?
I'm sorry but before covid hit we on this and it kinda suck I give a 7.5 🌟 ⭐ 🌠 💫 but it was ok 👌 enchantment of the seas
sir how to become A ship pilot
Darpan Patel Every country has different standards.
some nartation would have been better
there is so much stuff on the bridge that nobody cares
When I was a merchant marine a long time ago, all we had was a
gyroscopic compass, a magnetic compass, a weather radar and the steering
was either hydraulic on diesel powered vessels or steam operated on
steam powered vessels. The engine commands were sent by a "telegraph"
mechanism on the bridge which was connected to the "telegraph" repeater
in the engine room mechanically with cable or chain. The navigation was
done in the chart room by hand and calculations and sextants were often
used. That was all. Today, even a 3 year old girl can command a huge
ship or fly an aircraft because it is like electronic game that kids
love to play. The ship and the aircraft can figure out where they are
going by themselves. All that one has to do is program the departure
location and the destination location into the FMS computer for aircraft
and navigation management system on ship and the computers do the rest.