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It is amusing that you insist your speculation about something you've never done is more valuable than the experience of someone that has pioneered it.
by elif 11y ago
It is amusing that you insist your speculation about something you've never done is more valuable than the experience of someone that has pioneered it.
- sandworm101 11y agoYa, because SpaceX is the only company to have ever transported something on the deck of the ship. It was a rocket until the moment it landed. Now it's cargo.
- Inconel 11y agoThis isn't my area of expertise and what you've said certainly makes sense, however from my understanding ship-to-ship, or in this case ship-to-barge, boardings at sea aren't without their own inherent risks. It could be that having the first stage untethered is deemed less risky to personnel than having a team of welders board the barge and tie it down.
- nkurz 11y agoIf they don't need it, they don't need it, but I wonder if there would be any other way do the secure the rocket without requiring welders to board the barge. Coat the deck with solder and put heaters in the feet to attach? A robotic Roomba-style welder? Giant arms that rise up to clasp the rocket regardless of the exact landing position? Fun to think about...
- dmihal 11y agoMaybe something with magnets?
- sandworm101 11y agoThe key is movement. Doing something like moving objects from one ship to another is pretty standard, but only in good conditions and normally not when the ship is moving. The rocket may well be safe to stand on the ship at the moment it lands. The conditions at that moment are good enough to make the choice to do the move. Once it is on the ship, that choice is over. Conditions change, most dramatically in that the stationary ship is going to drive away to port. Not bringing the object aboard is no longer an option, as it was prior to the rocket landing. Under those conditions the cargo has to be secured not against current conditions, but against all possible conditions.
- Inconel 11y agoThanks for the clear explanation.