Kill the little days with one shot?

Ahem...

Although this is not possible, with such an exaggerated acceleration trajectory, theoretically speaking, this thing is no weaker than the two nuclear bombs that I had in my childhood.

The empty space between the outer ring and the inner ring is used to supply aircraft such as space shuttles and aerospace fighters.

The high-strength tensile-resistant materials used to connect the inner and outer rings are designed into a pipe-like structure, and can even efficiently replenish supplies to the aircraft through automated equipment.

On the outermost ring of the space carrier, high-strength alloy materials are used as protective walls. Judging from the report documents, this is mainly to deal with the impact of fine dust and micro-meteorites during space navigation.

After all, the space carrier flies extremely fast in space, and any dust or meteorite hitting the spacecraft at ultra-high speed will cause great kinetic energy damage.

Moreover, on the outer ring structure, at regular intervals, different types of weapons and equipment such as kinetic energy weapons, electromagnetic weapons and laser weapons are synchronously designed and deployed.

The weapons on these outer ring structures mainly serve as interception and protection functions to deal with attacks from enemy artillery shells and missiles.

Although there are currently no other weapons except laser weapons that can attack equipment in low-Earth orbit.

But if long-range missiles like intercontinental missiles are modified, they still have this capability.

Moreover, the United States has now followed their footsteps and restarted the space shuttle, although its current size and performance are far from comparable to theirs.

However, small and medium-sized space shuttles are not without the ability to carry offensive weapons and equipment to space.

It has to be said that in the design of this space carrier, the Aerospace Group has incorporated everything they can think of.

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Chapter completed!