| All penetrators tight |
| “OK” valve tight |
| End caps on securely |
| Visual inspection of sealed endcaps |
| End cap to frame screws hand tight |
| Tether plugged in properly |
| Tether strain relief attached bottomside |
| Newton in proper position and orientation |
| Not holding anything |
| All monitors and laptop turned on |
| NI Driverstation and Elastic on laptop displays |
| Camera 1 view on left external display |
| Camera 2 view on right external display |
| Tether ethernet plugged in |
| Mouse plugged in |
| Laptop charging cable plugged in |
| Keyboard plugged in |
| Controller plugged in |
| Determine type of ship |
| Determine length of ship (within 5 cm) |
| Determine cargo the ship carried |
| Replace the cover |
| Identify the shipwreck |
| Create a 360° photosphere image showing all 7 targets |
| Release top end connection |
| Release bottom end connection |
| Attach top end connection |
| Attach bottom end connection |
| Place pCO₂ sensor in designated area |
| Connect pCO₂ sensor |
| Collect a water sample |
| Determine pH of water sample (in situ) |
| Measure dissolved CO₂ levels |
| Determine if unknown sequences include invasive carp |
| Model invasive carp movement using computer model |
| Retrieve power connector |
| Remove cover from connection port |
| Install connector into hub |
| Disconnect old anode |
| Connect new anode |
| Conduct visual inspection |
| Apply underwater epoxy patch |
| Collect 4 or more polyp stage jellies |
| Visually identify medusa jelly |
| Collect medusa jelly |
| Collect 4 or more fish species underneath solar panel |
| Remove hydrophone from platform |
| Place hydrophone in designated location |
| Pull pin to release hydrophone |