Dragon Ball - King of Super Membranes

Then, the crack gradually grew larger at a speed visible to the naked eye. It didn't take long for it to become a mesh. When cracks cover the entire spherical surface of the protective cover...

"Crack!" After a cracking sound, the protective shield shattered. The energy provided by the reactor could not keep up with the energy consumed by the protective cover, so the protective cover cracked in a short time. I believe that this protective shield will be put back together again before long. Therefore, I must seize the time to destroy the reactor. There is also a layer of electromagnetic shielding on the surface of the reactor. The electromagnetic shielding effect is smaller than the protective cover, but it saves energy and can last longer. The protective shield can block both energy attacks, physical attacks, and even some special attacks, but it requires a huge amount of energy. Electromagnetic shielding can only block energy attacks and has no protective effect on physical attacks and special attacks. At the same time, it does not require a reactor, only an energy converter, and it is small in size.

Because it can block energy attacks and does not require a lot of electricity, using "Destroy Heaven and Earth" to fight head-on would seem to be more than worth the gain. It's even possible that the energy shield had regrouped before I broke the electromagnetic shield.

I don't know any special attacks, so I had to use a stupid method - physical attacks. If you hit it with a punch, the probability of it being broken is probably very small. So I decided to use another method - pull out the reactor.

Now that I had decided, I got started. I tried my best to pull out.

"Click... click..."

The cracking sound kept ringing, and I believed that what I was doing was effective.

"Bang!" I pulled out the whole reactor. The person who designed the electromagnetic shielding device must not have expected that someone would resort to uneasy tactics and pull out the reactor directly.

Not long after I unplugged the reactor, an energy shield appeared on the surface of the reactor.

The protection range of the energy shield is determined according to the size of the objects connected to the reactor. Since there is no box behind it, the shield is also much smaller.

Because the area of ​​protection is reduced, the strength of the protective cover increases. If I want to destroy this protective shield at this time, I need to spend more effort. Therefore, the size of the reactor is the same, and the larger the object, the more fragile the shield. Of course, this problem can be solved by increasing the reactor size.

After the protective shield is destroyed, I will study the next issue: restriction.