SPYDER Rover

Following precedent of a viral RNA sensing model, the Spyder utilizes the defects present in a nanocrystal to detect plausible regolith. This sends a signal to the ghost imaging system, producing high-quality, panoramic images sent directly to headquarters via a topological photon dielectric, sending undisturbed optical signals. Next, the claws convert to a pneumatic tube which uses a partial vacuum or electrodynamic wave generator to transport the soil into a storage area. The built-in dilution fridge uses ultra-cold technology to preserve the soil over long periods of time. If necessary, a turbine is activated to grind unnecessary portions out. Two classical antennas are placed above and below, as well as night-vision induced eyes. The weather system makes important atmospheric measurements sent directly back to headquarters. Most importantly, instead of using wheels, the Spyder has six legs that allow for a more adaptable approach in navigating through the rocky, sticky terrain.