Navigation Company Sponsors Puli Space’s Saharan Field Simulation Test
HungaroControl, one of Europe’s most prominent air navigation service providers has announced support for Team Puli Space in its mission to send an unmanned robotic probe to the Moon to compete for the Google Lunar X PRIZE. The company has granted substantial financial support for Puli Space's involvement in the MARS 2013 analog field simulation mission, currently underway in the Moroccan Sahara. The agreement was announced on a joint press conference in Puli Space’s newly established mission control centre set up at the Budapest Town Hall, from where the team is successfully operating its remote-controlled rover unit in Morocco.
Besides financial support, HungaroControl has offered an opportunity for the team to present itself at the World ATM Congress 2013 exhibition in Madrid. Discussions regarding further co-operation are under way. Team Puli Space aims to use the opportunity to benefit from the company’s extensive technological knowledge.
The sponsorship was announced in Team Puli Space’s newly established Mission Control Centre, which is a fully equipped headquarters designed to control the team’s current simulation experiments in the Sahara. The centre contains six workstations for the mission control team, and allows the communication with both the overseas desert simulation unit, and the local test prototype. The control centre is set up at the City Hall in Budapest, which also offers press rooms and live broadcast opportunities for the mission.
Team Puli Space is currently taking part in the MARS2013 simulation experiment organized by the Austrian Space Forum (OeWF). The goal of this mission is to test equipment for future Mars missions by using an area of the Moroccan Sahara as an analogue for a Martian environment. More than a hundred people from 20 different countries are taking part in the project, with tasks ranging from testing experimental Mars suits, trying out various rovers and exploring the environment, to simulating emergency situations.
Puli Space's I2 rover is using this opportunity to test its remote navigation system and solar panels, while exploring the desert. The rover will explore a set of sandy and rocky environments, and navigate in foreign territory using its stereo cameras on five different running days. Although the I2 is actually a Moon rover prototype, this simulation environment is similar to a lunar mission in many aspects, and should therefore provide valuable information and experience for Team Puli Space. Communication with the rover is handled via OeWF's system, which introduces time delays as would be expected during an actual space mission.
Team Puli Space is undertaking these simulations to prepare for its upcoming Moon mission. According to the team’s road map, using the experience obtained from the I2 rover’s performance, the next step is to start work on a fully operational, space grade lunar rover, capable of completing an actual Moon mission in the next few years. The project is building up to fulfil the requirements of the Google Lunar X PRIZE. The competition dubbed Moon 2.0 will reward successful teams with a 20M USD grand prize for landing an automated rover on the Moon, travelling at least 500m on the lunar surface, and sending back high quality imagery from Earth’s companion.
For more information visit http://www.pulispace.com.