For hyperspeed ships, the measure of their navigational capability was not speed, but endurance.
Some high-end hyperspeed ships could continue sailing across an entire galaxy, or even the distance of a galaxy cluster, before jumping out of the dimension.
A ship with this kind of endurance was the most advanced type of hyperspeed ship, because it was nearly impossible to strike its main body. After all, it was wrapped in three layers: spatial storms, dimensional barriers, and cosmic tunnels.
Although a star destroyer was also a type of hyperspeed ship, its main technology tree focused on large-scale energy cannon fire. When it came to hyperspeed travel, it was the weakest model.
Based on its travel pattern over the past few months, after every half a star swirl—roughly the distance of a "stellar system"—it had to stop and release a spatial storm.
This lasted for three days.
As the star destroyer slowly embedded itself into reality, the surrounding environment began to blur, and some nearby small celestial bodies began to disintegrate.
By sheer coincidence, the star destroyer appeared right in the center of a "meteor shower." Vast clouds of fragments covered everyone's vision, surging from every direction and leaving nothing untouched.
This was not actually a coincidence. In fact, during the past few months, every time they "stopped the ship," they would encounter this sort of cosmic phenomenon to some degree. Sometimes it was a small-scale energy storm, and sometimes it was the random impact of planetary fragments. According to the ship's celestial-environment detection system, a supernova had exploded dozens of light-years away. Heavy elements mixed with various celestial materials had created a small-scale cosmic disaster spanning several star swirls.
For space species, however, this sort of cosmic disaster had no real impact. It was merely a rainstorm—cosmic rain.
But for