Description The project aims at assessing the feasibility of a robotic video survey of an area presently recognised to be of anomalous character 40.85 N at 10.00 W in the region of the Cydonia Mensae Planitia at the location of a suggested shoreline of the Northern Ocean of Mars. The mission components will be a lander acting as a receiver and transmitter for direct Earth communication, and a steerable roving airship carrying UHD video cameras for mapping the local terrain.  The airship will be required to hover and manoeuvre over the surface at a height between 2mt and 30mt. The purpose of the mission is to gather detailed imaging of the terrain and anomalous features over a 20Km sq. area. This visual data will be used to build a virtual reality map that can be used for planning future robotic and manned missions of the area.   Key Objectives Mission Objectives: To design a suitable lander for a 3 month operation on the surface of Mars, powerful enough to transmit UHD video images direct to Earth. The design will also need to include a receiver to collect data from the airship drone over a distance of 30km. Design an airship drone that can fly above the surface, avoiding hills and obstacles of varying heights that will withstand the low temperatures and low density of the Martian atmosphere, and operate in daylight while maintaining position at night. Design a suitable video imaging system that will allow for UHD visualisation to allow the construction of a virtual reality environment of the area. Mission Outcomes: The detailed mapping of the anomaly field so that further robotic/manned missions can be planned safely. The incorporation of visual data to complement current orbital image maps of the Cydonia region. The sharing of visual data with schools, educational institutes and the general public worldwide.