Sorry I didn't read the 8 pages.
But, Did anyone mention the (in this case) human element? Between looking at something in a monitor and with my eyes, the eyes win. Cameras can be broken, usually far quicker than the material used for the canopy.
Better yet, why aren't they self-driving? It seems like we are going to have self driving cars by 2020.
Is there a reason why we don't have self-driving spaceships in 3301?
The same reason we don't allow planes to fly themselves.
I would have thought that a logical futuristic design for a spaceship would have the cockpit more centralised to protect the crew/pilot and they would use a viewscreen that would run on external cameras dotted around the hull. probably built with multiple redundancies in case some cameras get damaged.
so why a cockpit and canopy??
If everything else fails, you have the Mk I Eyeball.
Nonsense...
The problem with seeing in space is that with the naked eye you will be able to pick out targets reliably up to 5 km. We do see things up to 50 km for instance a candle in total darkness. A detection system will be able to detect a hot object - such as an engine - at least up to 300 million km that's 300 000 000 km at our PRESENT tech level... So assuming I am on planet Mars and at planet Earth we are launching a chemical rocket, IF the vision of my sensors is not obscured we would detect it even now...
The problem is of another nature. We can detect things to such a distance that the electromagnetic waves travel around - let's round it up to - 15 minutes (it is less about 13 min 48 sec on average depending naturally on the distance of planet Earth to planet Mars). So the detected launch happened 15 min ago... The realistic ranges of our present easily conceivable military tech - rail guns (being tested even now) - for instance permit me to open fire on targets at this distance in space... The bullets would travel around 30 min to the target... But the problem is where to aim... An interesting cat and mouse game of prediction. The precision of the probability predictions would drastically rise as the time delay would decrease... I estimate that we would be able to reliably hit at a distance of 1 light sec so 300 000 km (rounded up number). So 60000 times further as we would see the target with our naked eye...
Finally there are those who would say that we do see thing much much further away - we do see galaxies that are much further away then a miserly light sec, but I am talking about it in practical terms, let's leave poetry out of it...
The OP should be glad we're not in the Star Citizen universe: With ships composed 90% of open space, walkways, corridors and... manned turrets!
Once we can walk around our ships we might find they also harbor much open space and walkways...
Interesting if you are shooting from Earth to Mars... One little problem in the context of ED tho, I have never once been asked to shoot anything further away than 5km...Nonsense...
The problem with seeing in space is that with the naked eye you will be able to pick out targets reliably up to 5 km. We do see things up to 50 km for instance a candle in total darkness. A detection system will be able to detect a hot object - such as an engine - at least up to 300 million km that's 300 000 000 km at our PRESENT tech level... So assuming I am on planet Mars and at planet Earth we are launching a chemical rocket, IF the vision of my sensors is not obscured we would detect it even now...
The problem is of another nature. We can detect things to such a distance that the electromagnetic waves travel around - let's round it up to - 15 minutes (it is less about 13 min 48 sec on average depending naturally on the distance of planet Earth to planet Mars). So the detected launch happened 15 min ago... The realistic ranges of our present easily conceivable military tech - rail guns (being tested even now) - for instance permit me to open fire on targets at this distance in space... The bullets would travel around 30 min to the target... But the problem is where to aim... An interesting cat and mouse game of prediction. The precision of the probability predictions would drastically rise as the time delay would decrease... I estimate that we would be able to reliably hit at a distance of 1 light sec so 300 000 km (rounded up number). So 60000 times further as we would see the target with our naked eye...
Finally there are those who would say that we do see thing much much further away - we do see galaxies that are much further away then a miserly light sec, but I am talking about it in practical terms, let's leave poetry out of it...
Interesting if you are shooting from Earth to Mars... One little problem in the context of ED tho, I have never once been asked to shoot anything further away than 5km...
Maybe this far in the future the "glass" on the canopy is as strong as the alloys covering the rest of the ship?
yup, sure have. Never had to snipe him from the distance of earth to mars tho.really? u have never been asked to go to another system and kill the pirate lord there?
If that was the case, I suppose that we shouldn't need metal cage to support this glass.
It seems a bit archaic.
I would have thought that a logical futuristic design for a spaceship would have the cockpit more centralised to protect the crew/pilot and they would use a viewscreen that would run on external cameras dotted around the hull. probably built with multiple redundancies in case some cameras get damaged.
so why a cockpit and canopy??
Sorry I didn't read the 8 pages.
But, Did anyone mention the (in this case) human element? Between looking at something in a monitor and with my eyes, the eyes win. Cameras can be broken, usually far quicker than the material used for the canopy.
Well, y'know...more than 1,000 years ago we had the wheel. Why do we still have those today? ;-)