of that resolution. this will allow scientists, historians to really understand how the titanic came to be where it is. and it s also a snapshot in time. the titanic was scanned last summer. submersibles were deployed remotely controlled from a ship. they travelled the length and breadth of the wreck back and forth. 700,000 images were taken from every angle to build up an exact 3d reconstruction. the wreck is in two parts. the bow is still instantly recognisable more than 100 years after it sank. 800 metres away, the stern, though, is a chaotic mess of metal. it collapsed as it corkscrewed into the sea floor. in the surrounding, debris filled items are scattered, ornate metalwork, unopened champagne bottles and personal possessions too.
it s a true, digital twin of the titanic. the resolution is phenomenal. this will allow scientists, historians to really understand how the titanic came to be where it is. and it s also a snapshot in time. the titanic was scanned last summer. submersibles were deployed, they travelled the length and breadth of the wreck back and forth. 700,000 images were taken from every angle to build up an exact 3d reconstruction. the wreck is in two parts. the bow is still instantly recognisable, more than 100 years after it sank. 800 metres away the stern, though, is a chaotic mess of metal. it collapsed as it corkscrewed into the sea floor. despite how extensively the titanic has been explored, there are still many fundamental questions. we really don t understand the character of the collision with the iceberg. we don t even know if she hit it along the starboard side, as shown in all the movies. she might have grounded on the iceberg. and this photogrammetry model is one of the first major step
and here s what s left of the captain s bridge, covered in fragile stalactites of rust. remarkable details are emerging too, like this serial number on a propeller. the resolution is phenomenal, genuinely phenomenal. this will allow scientists, historians to reunderstand how the titanic came to be where it is. and it s also a snapshot in time. the titanic was scanned using submersibles. they took 700,000 images from every angle to build up an exact 3d reconstruction. the wreck is in two parts. the bow is still instantly recognisable, more than 100 years after it sank. 800 metres away, the stern, though, is a chaotic mess of metal. it collapsed as it corkscrewed into the sea floor. the titanic s been extensively
it s a true, digital twin of the titanic. the resolution is phenomenal. this will allow scientists, historians to really understand how the titanic came to be where it is. and it s also a snapshot in time. the titanic was scanned last summer. submersibles were deployed, they travelled the length and breadth of the wreck back and forth. 700,000 images were taken from every angle to build up an exact 3d reconstruction. the wreck is in two parts. the bow is still instantly recognisable, more than 100 years after it sank. 800 metres away the stern, though, is a chaotic mess of metal. it collapsed as it corkscrewed into the sea floor. we really don t understand the character of the collision with the iceberg. we don t even know if she hit it
resolution. i ve not seen anything of that resolution. this will allow scientists, historians to reunderstand how the titanic came to be where it is. and it s also a snapshot in time. the titanic was scanned using submersibles. they travelled the length and breath of the wreck back and forth. they took 700,000 images from every angle to build up an exact 3d reconstruction. the wreck is in two parts. the bow is still instantly recognisable, more than 100 years after it sank. 800 metres away, the stern, though, is a chaotic mess of metal. it collapsed as it corkscrewed into the sea floor. and the surrounding debris items are scattered for the ornate metal work, unopened champagne bottles and personal possessions to. dozens of shoes resting on the sediment. despite how extensively the titanic