Comprehensive War 15

Sun Cheng knew that the relationship between himself and the Decepticon Corps had basically become irreconcilable.

Once Megatron returned, he would inevitably be among the first targets to be purged.

So, as soon as that thought surfaced, Sun Cheng quickly made his decision.

"...Thunder, ask Atlas how many of the new temperature-difference bombs they've produced."

Temperature-difference bombs were weapons that used special chemical agents to artificially create drastic temperature differences for large-scale destruction.

In a sense, fuel-air explosive bombs, which were already widely used on Earth, could barely be considered a type of temperature-difference bomb.

But what Sun Cheng was referring to was a true temperature weapon.

Cybertronian bodies allowed them to fight and survive continuously for long periods even in harsh environments with temperatures of several thousand degrees or dozens of degrees below zero.

However, while they possessed extremely high resistance to harsh conditions, that did not mean Cybertronians could ignore temperature altogether.

On the contrary, once temperatures exceeded a Cybertronian's tolerance limit, they became weapons even more dangerous than high-explosive bombs, with destructive power no less than electromagnetic pulse weapons.

Sun Cheng had already confirmed this during his brief clash with The Fallen.

Afterward, he invested a great deal of resources into the project, even transferring in a senior engineer and several Decepticon engineers to conduct in-depth research on temperature-difference bombs.

Unlike electromagnetic pulse weapon research, which had already reached a bottleneck in the short term, Base Two's research progress on temperature-difference bombs was highly satisfactory.

Several months ago, after hundreds of computational simulation experiments, a Decepticon engineer successfully developed a new chemical reactive agent.

This chemical agent could react violently with air at room temperature, dropping the surrounding temperature to more than a hundred degrees below zero in an extremely short time. It was highly suitable as