LONDON (RAHNUMA): In just 40 days, the UAE will become the first Arab country to send a mission to Mars, part of a wider regional effort to build knowledge and create opportunities, particularly for young people.
“This mission is not just about the UAE it’s about the region, it’s about the Arab issue,” Omran Sharaf, the mission’s project manager at the Mohammed Bin Rashid Space Center (MBRSC), said.
“The region is going through tough times and we do need good news and we need the youth in the region to really start looking inwards, building their own nations and putting differences aside to co-exist with people with different faiths and backgrounds and work together.”
The Hope Mars Mission will start its journey on July 14 and is expected to reach the planet by February, coinciding with the 50th anniversary of the establishment of the UAE.
The project has been planned, managed and implemented by an Emirati team overseen and funded by the UAE Space Agency.
The MBRSC has developed the probe in cooperation with international partners, including the Universities of Colorado, Berkeley and Arizona.
Speaking at a webinar on the mission on Monday, Sarah Al-Amiri, the UAE’s Minister of State for Advanced Sciences, outlined why the project was so important to the Emirates.
“Today the UAE is an economy based on services, logistics, and oil and gas, and within the region it is considered a diversified economy, but if we project that down the line, the importance of knowledge-intensive sectors becomes more and more prominent for the country, as well as creating new knowledge-intensive organizations,” she said.
Developing talent, creating opportunities for engineers, scientists, and researchers working in natural sciences are the next important endeavours for the country, the minister added.
“Mars provided us with the necessary challenge to rigorously develop talent in engineering, it gave us an appetite for risk and being able to circumvent the risk and push forward with the mission for development. It allows us to start integrating and creating new opportunities for scientists within the UAE and those that are studying the natural sciences,” Al-Amiri said.
Since the project was launched in 2014, the team has designed, developed and assembled the spacecraft, and repeatedly tested it through the harsh conditions it is expected to encounter.
As the UAE does not have a launch pad, the spacecraft was shipped to Japan in April. It was moved three weeks ahead of schedule, due to the increasing travel restrictions being imposed to combat the spread of COVID-19.
“Nothing about this mission has been easy, since day one the timeframe has been challenging, the budget itself has been a bit challenging, there were very strict requirements when we came to the budget and it was limited and then the COVID-19 situation came into place on top of all the other challenges,” Sharaf said.
He added that the details of the budget would be announced at a later stage.
“When it comes to these projects, the public understands the importance for the UAE,” Sharaf said. “It’s about addressing our national challenges and building capabilities. We live in a region with geographical challenges, when it comes to water, food and clean energy and everybody is quite excited about this mission because they understand the value it brings.”
Al-Amiri said the data from the mission would be publicly available from two months after the spacecraft starts to orbit Mars between August and September next year.
Any scientist would be able to use the information and analyze the figures, she said.
“We are looking at and studying a planet that has indications that it was very similar to our own planet and that has undergone some form of change and has gone into a point where it can’t have one of the major building blocks of life, as we humans know it and as we have defined it.
“Understanding the reasons for the loss of hydrogen and oxygen, the building blocks of water from the atmosphere of Mars and understanding what role does mars itself play.”