Robots Would Arrive First, Paving The Way For Multiple Human Landings

ESA has plans to send people back to the moon by the end of the decade.

In announcing its plans on its blog, the European Space Agency said the return to the Moon envisions a series of human missions starting in the early 2020s that would see astronauts interact with robots on the lunar surface from orbit. Robots will land first, paving the way for human explorers.

Lunar rovers, telerobotics and hybrid surface power are some of the innovative approaches that are being developed to support these early missions.

The vision is truly international. Space agencies, the private sector and industry are working towards a common goal of open lunar exploration.

Europe gets its first access to the lunar surface in 2020, supplying a precision-landing and hazard-avoidance system called PILOT to land the Russian Luna 27 safely near the Moon’s south pole. A drill to retrieve samples and a communication system are also in the making.

Relying on the success of the International Space Station partnership, the space community sees the Moon as a springboard to continue human exploration of the Solar System, with Mars as the next goal.

One driver of this renewed interest in the Moon is the hunt for lunar resources. Scientists and engineers are looking in particular for frozen volatiles – including water ice – known to be concealed within permanent shadows at the lunar poles.

Their distribution in different regions is not yet clear. Understanding where they are are important for a sustainable long-term strategy.

Over 200 scientists, engineers, astronauts, and space leaders from all over the world gathered to discuss the future of lunar exploration. They shared plans and promising ideas at ESTEC, ESA’s space technology center in the Netherlands, as part of the symposium ‘Moon 2020-2030: A new Era of Human and Robotic Exploration’.

The major international meeting ended with the announcement of the winners of the ESA Moon Challenge, the HECATE team. Engaging more than 200 students from over 100 universities, intercontinental teams joined efforts to design plans for a lunar a space habitat and a combination of robotic and human landings.

(Source: ESA blog. Images from ESA YouTube video)

FMI: www.esa.int