Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.

Of course, the separation function is prepared for the merger.

Is there any point beyond the first time?

Even if it is a super robot, the kind that has a special close-up at the junction to strengthen the link protection, it is obviously relatively fragile.

Joints are even more.

Why?

Because at least you have to turn.

In this way, it corresponds to slip rather than torque.

Purely from the material, there is absolutely no way to skip it.

At best, it can be disguised by a force field or even something more metaphysical.

Well, if it really rises to this height, it is not surprising that the strength of the super robot after separation will increase.