"This is the Third Investigation Team. We have discovered that our radar installation has been destroyed, and its defense system has also been damaged."
A four-unit Jesta investigation team had been dispatched, one of them an EWAC Jesta responsible for long-range reconnaissance. Incorporating alien technology, its detection range was more than double that of the original model, reaching 15,000 kilometers.
"Have you determined where the attack came from?"
The EWAC Jesta pilot analyzed the data and inspected the damaged installation. After confirming it had been struck by missiles, he used the tactical intelligence distribution component to conduct a series of deductions.
"The enemy used missiles, but we cannot yet confirm whether they were long-range missiles or remotely guided missiles. However, before the destroyed radar was hit, it detected missiles among some of the debris. It is highly likely that those missiles launched the attack. We can confirm that these are remotely controlled missiles," the EWAC Jesta pilot stated his conclusion.
The team captain asked, "Are Minov Particles dense in this area?"
"Within the detector's range, the Minov Particles are not very dense. They could even be called extremely sparse. Still, they will affect the accuracy of long-range missiles to some extent. Even if their programs have been set, the missiles' chips and electronic components will be affected," the EWAC Jesta pilot answered.
The EWAC Jesta pilot continued, "However, the detector has found that some receivers within the debris are still operating. We strongly suspect this was done deliberately, because logically speaking, even if the receivers in the wreckage could still function, after drifting from the Colony Sphere to the Mars Sphere, they could not possibly have enough power left to keep operating."
One Jesta pilot asked, "Could these receivers have solar energy absorption capabilities?"
"That is possible, but you have