The VCMAD-A plunged down through the upper atmosphere of the planet. The CIES quickly calculated the optimum configuration and instructed the nanobots to configure for high speed. Once the drone had configured the fuselage it began the assignment. It activated the "Sniffer" module, taking in samples of the atmosphere. It then began transmitting the data back to the Eucharis, the samples contained sulfur dioxide in high quantities after a sufficient number of samples had been collected it was able to give definitive readings. It then transmitted, Atmospheric analysis complete, composition 62.5% sulfur dioxide, 23.5% nitrogen, 14% oxygen. Classification: Toxic. As the probe passed through the lower cloud base it detected moisture, precipitation from the cloud in the form of weak sulfuric acid.
Once the VCMAD-A had cleared the clouds it activated the "Sky-eye" module. As it streaked across the terrain the high-speed cameras captured details of the surface. From the high degree of reflection it determined that there were patches of frozen material covering large areas of the surface. The drone wound its way through the jagged mountain range it approached and shot out the other side at high speed. Then CIES continuously scanned the images looking for anything of interest, but so far all it was getting was images of a rock and ice strewn landscape. At the edge of the images it detected an anomaly and adjusted its course. It started slowing down and adjusted its configuration for slow speed travel. It increased the rate of image capture and locked onto the anomaly. The new closer images confirmed its earlier determination. It circled the object of its attention. The probe then transmitted the images it had gathered so far in a compressed packet along with its conclusion. Artificial structures detected, detailed images and coordinates included. The drone then accelerated and resumed its search pattern.
Once the VCMAD-A had cleared the clouds it activated the "Sky-eye" module. As it streaked across the terrain the high-speed cameras captured details of the surface. From the high degree of reflection it determined that there were patches of frozen material covering large areas of the surface. The drone wound its way through the jagged mountain range it approached and shot out the other side at high speed. Then CIES continuously scanned the images looking for anything of interest, but so far all it was getting was images of a rock and ice strewn landscape. At the edge of the images it detected an anomaly and adjusted its course. It started slowing down and adjusted its configuration for slow speed travel. It increased the rate of image capture and locked onto the anomaly. The new closer images confirmed its earlier determination. It circled the object of its attention. The probe then transmitted the images it had gathered so far in a compressed packet along with its conclusion. Artificial structures detected, detailed images and coordinates included. The drone then accelerated and resumed its search pattern.