Two participants carefully maneuver two spacecraft into a hangar bay, closely monitoring their alignment and clearance to ensure both ships fit without obstructing the hangar doors. After confirming a tight but sufficient four-foot clearance, they successfully secure the ships, emphasize safety by powering them down, and express confidence in the practicality of managing multiple ships in the hangar.
In this video segment, two participants are attempting to fit their spacecraft into a hangar bay, testing the spatial constraints and practicality of the setup. They express some initial skepticism about whether the ships will fit and if the hangar doors will be able to close properly with the ships inside. The conversation reveals close attention to the dimensions and positioning of the ships relative to the hangar boundaries.
As they maneuver the ships, they note how close the two spacecraft are to each other. One participant points out a white line on the tail of one ship, which serves as a reference point to judge if the ships are properly aligned and within the hangar space. They discuss adjusting the positioning slightly to ensure both ships can fit without protruding beyond the designated limits.
The participants decide to give it a try, carefully moving the ships into place. They observe that one part, referred to as the “laser bit,” is inside the hangar, but the white line on the ship is slightly poking out of the atmosphere, indicating a tight fit but still manageable. They watch as the ships settle into the hangar, noting the available space and how the doors might interact with the ships’ positions.
Once the ships are in place, they confirm there is about four feet of clearance, with the possibility of gaining a bit more if the ships were centered differently. This clearance is enough to accommodate both ships comfortably in the hangar, which they find encouraging. The participants celebrate successfully fitting two ships into the hangar, emphasizing the practical achievement.
Finally, they discuss the operational status of the ships, reminding each other to turn off the ships completely to prevent the engines from automatically turning back on when reactivated. This step is important for safety and proper handling within the hangar. With everything set, they prepare to proceed, feeling confident about the feasibility of fitting and managing multiple ships in the hangar space.